(12235,1042,41,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',NULL,1655923022),(12236,1042,42,'deferredfeedback',30,1,1.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: ; part 2: ; part 3: ',1655923022),(12237,1042,43,'deferredfeedback',105,1,1.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',NULL,1655923022),(12238,1042,44,'informationitem',202,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1655923022),(12239,1042,45,'deferredfeedback',165,1,1.0000000,0.0000000,1.0000000,0,'Instead of measures of coherence, the SKIL database uses measures of this, which is quite like coherence but does not yield measures of phase: Comodulation; Unity; Synchrony; None of the above','Comodulation',NULL,1655923022),(12240,1042,46,'deferredfeedback',166,1,1.0000000,0.0000000,1.0000000,0,'A false positive in QEEG would:: Fail to indicate a present finding as present; Indicate a finding was present that actually was not present; Indicate that the clinician is “throwing the baby out with the bathwater”; Indicate poor artifacting skills','Indicate a finding was present that actually was not present',NULL,1655923022),(12241,1042,47,'deferredfeedback',164,1,1.0000000,0.0000000,1.0000000,0,'True or False: In order to run Z-score analysis or Z-score neurofeedback, it is not necessary to transform EEG digital data to approximate a Gaussian shape (a bell curve).: True; False','False',NULL,1655923022),(12242,1042,48,'deferredfeedback',178,1,1.0000000,0.0000000,1.0000000,0,'True or False: Clinical Databases, such as Richard Soutar’s and Paul Swingle’s, use a psychologically and physiologically healthy population.: True; False','False',NULL,1655923022),(12243,1042,49,'deferredfeedback',173,1,1.0000000,0.0000000,1.0000000,0,'True or False: A person’s handedness can affect the position of their auditory cortex.: True; False','True',NULL,1655923022),(12244,1042,50,'deferredfeedback',180,1,1.0000000,0.0000000,1.0000000,0,'True or False: Independent Components Analysis requires the cleaning of EEG data from artifacts.: True; False','False',NULL,1655923022),(12245,1042,51,'deferredfeedback',177,1,1.0000000,0.0000000,1.0000000,0,'True or False: One Z-score is considered clinically significant.: True; False','False',NULL,1655923022),(12246,1042,52,'deferredfeedback',162,1,1.0000000,0.0000000,1.0000000,0,'True or False: A larger sample size is necessary for a pediatric population due to the rapid neurological developmental changes.: True; False','True',NULL,1655923022),(12247,1042,53,'deferredfeedback',169,1,1.0000000,0.0000000,1.0000000,0,'Event Related Potentials uses this form of analysis: Independent Component Analysis; Fundamental Component Analysis; Quantitative Component Analysis; Principle Component Analysis','Independent Component Analysis',NULL,1655923022),(12248,1042,54,'deferredfeedback',170,1,1.0000000,0.0000000,1.0000000,0,'They was the first to use Z-scores in EEG Quantitative Analysis;: E. Roy John and Frank Duffy; Bob Thatcher; Carl Friedrich Gauss; Milos Matousek and Ingemar Pedersen','Milos Matousek and Ingemar Pedersen',NULL,1655923022),(12249,1042,55,'deferredfeedback',163,1,1.0000000,0.0000000,1.0000000,0,'True or False: Increased sample size is not necessary in order to achieve closer approximations to Gaussian distribution.: True; False','False',NULL,1655923022),(12250,1042,56,'deferredfeedback',176,1,1.0000000,0.0000000,1.0000000,0,'Who were the inventors of the SKIL database?: David Kaiser and Barry Sterman; Juri Kropotov; Robert W. Thatcher; E. Roy John','David Kaiser and Barry Sterman',NULL,1655923022),(12251,1042,57,'deferredfeedback',171,1,1.0000000,0.0000000,1.0000000,0,'True or False: Non-parametric statistics use parameters such as the mean, standard deviation, Pearson correlation, and variance.: True; False','False',NULL,1655923022),(12252,1042,58,'deferredfeedback',179,1,1.0000000,0.0000000,1.0000000,0,'True or False: Lateral eye movement can be seen in a quantitative EEG as delta at the F7 and F8 electrode locations.: True; False','True',NULL,1655923022),(12253,1042,59,'deferredfeedback',175,1,1.0000000,0.0000000,1.0000000,0,'What is different from other databases in the isync brain database?: They separate demographics by 5 years of age; They separate males and females; They separate eyes open and eyes closed; They use independent components analysis in the processing of data','They separate males and females',NULL,1655923022),(12254,1042,60,'deferredfeedback',78,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nArtifact Elimination\n','True',NULL,1655923022),(12255,1042,61,'deferredfeedback',74,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nHeight and weight\n','False',NULL,1655923022),(12256,1042,62,'deferredfeedback',77,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nAcademic Problems\n','True',NULL,1655923022),(12257,1042,63,'deferredfeedback',69,1,1.0000000,0.0000000,1.0000000,0,'The formula for Z=scores is: \n\n: Z= [normative value + observed value]/San Diego\n\n; Z = [normative value + observed value]/normative standard deviation\n\n; Z= [observed value – normative value]/subjective standard deviation\n\n; Z= [normative value - observed value]/normative standard deviation\n\n','Z= [normative value - observed value]/normative standard deviation\n\n',NULL,1655923022),(12258,1042,64,'deferredfeedback',75,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSingle or Married\n','False',NULL,1655923022),(12259,1042,65,'informationitem',203,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1655923022),(12260,1042,66,'deferredfeedback',182,1,1.0000000,0.0000000,1.0000000,0,'Bi-polar montages are useful for:: Removing the effects of medication; Isolating artifactual data; Understanding diffuse activity in the EEG; Determining the locality of focal findings','Determining the locality of focal findings',NULL,1655923022),(12261,1042,67,'deferredfeedback',197,1,1.0000000,0.0000000,1.0000000,0,'True or False: A popping electrode can lead to false Asymmetry measures: True; False','True',NULL,1655923022),(12262,1042,68,'deferredfeedback',189,1,1.0000000,0.0000000,1.0000000,0,'If you see a heartbeat artifact contaminating every electrode lead, what should you do to properly interpret the data?: Switch to linked ears reference; Select only those portions of the EEG without the heartbeat; Select any data you choose, the heartbeat will not affect the quantitative EEG; Switch to an average reference','Switch to an average reference',NULL,1655923022),(12263,1042,69,'deferredfeedback',187,1,1.0000000,0.0000000,1.0000000,0,'True or false: Phase reversals and meaningful in beta and gamma bandwidths: True; False','False',NULL,1655923022),(12264,1042,70,'deferredfeedback',200,1,1.0000000,0.0000000,1.0000000,0,'In this image, what bandwidth has the lowest power?\n\n: Delta\n\n; Beta\n; Theta\n\n; Alpha\n\n','Delta\n\n',NULL,1655923022),(12265,1042,71,'deferredfeedback',184,1,1.0000000,0.0000000,1.0000000,0,'This type of montage uses the average of all electrodes as the reference.: Current Source Density; Linked Ears; Average; Bi-polar','Average',NULL,1655923022),(12266,1042,72,'deferredfeedback',195,1,1.0000000,0.0000000,1.0000000,0,'A broken ear electrode can lead to:: False Coherences; All of the Above; Global Shared Variance; Poor Recording','All of the Above',NULL,1655923022),(12267,1042,73,'deferredfeedback',198,1,1.0000000,0.0000000,1.0000000,0,'Phase Reversals can indicate which of the following?: None of the above; Post Concussive Syndrome; Lesions; Encephalopathy','Lesions',NULL,1655923022),(12268,1042,74,'deferredfeedback',181,1,1.0000000,0.0000000,1.0000000,0,'What is the most common problem with linked ears montages?: Shared variance; False coherences; Contaminated ear electrodes; All of the above','All of the above',NULL,1655923022),(12269,1042,75,'deferredfeedback',199,1,1.0000000,0.0000000,1.0000000,0,'True or False: A Fast Fourier Transform and a Joint Time Frequency Analysis both decompose a comple signal into its component frequencies.: True; False','True',NULL,1655923022),(12270,1042,76,'deferredfeedback',201,1,1.0000000,0.0000000,1.0000000,0,'What does Figure 1 show that Figure 2 lacks?\n\n1.\n\n2.\n\n: Diffusion\n\n;  Slow Content\n\n;  Z-scores\n\n; Kurtosis\n\n','Kurtosis\n\n',NULL,1655923022),(12271,1042,77,'deferredfeedback',191,1,1.0000000,0.0000000,1.0000000,0,' In windowing, if you splice ends together and there’s discontinuity you get ____________ or “leakage.”: A compromised recording; A “wet” EEG; “Gibb’s artifact”; “Blood” in the EEG','“Gibb’s artifact”',NULL,1655923022),(12272,1042,78,'deferredfeedback',186,1,1.0000000,0.0000000,1.0000000,0,'Activity from which lobes can impact a linked ears recording?: Occipital; Frontal; Temporal; Parietal','Temporal',NULL,1655923022),(12273,1042,79,'deferredfeedback',185,1,1.0000000,0.0000000,1.0000000,0,'What is the most accurate definition of coherence?: The stability of phase relationship between any two areas of the brain.; The measure of difference between two phase angles; A measure of connectivity; A measure of synchrony in disparate waveforms','The stability of phase relationship between any two areas of the brain.',NULL,1655923022),(12274,1042,80,'deferredfeedback',188,1,1.0000000,0.0000000,1.0000000,0,'A transverse bi-polar montage travels ______________ over the scalp.: Horizontally; Coronally; Sagitally; Vertically','Coronally',NULL,1655923022),(12275,1042,81,'deferredfeedback',96,1,1.0000000,0.0000000,1.0000000,0,'A heartbeat coming from the ear reference will not affect the coherence of the QEEG\n\n','False',NULL,1655923022),(12276,1042,82,'deferredfeedback',104,1,1.0000000,0.0000000,1.0000000,0,'A double banana montage is a bi-polar montage\n\n','True',NULL,1655923022),(12277,1042,83,'deferredfeedback',98,1,1.0000000,0.0000000,1.0000000,0,'Relative Power is the microvolts of a frequency in a location divided by the sum of all frequency bands’ microvolts \n\n','True',NULL,1655923022),(12278,1042,84,'deferredfeedback',97,1,1.0000000,0.0000000,1.0000000,0,'Joint Time Frequency Analysis shows frequency as a function of time\n\n','True',NULL,1655923022),(12279,1042,85,'deferredfeedback',99,1,1.0000000,0.0000000,1.0000000,0,'The amplitude of EEG is affected by the scalp impedance, skull thickness, and conductance properties of them\n\n','True',NULL,1655923022),(12280,1043,1,'deferredfeedback',72,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nCareful screening for clinical and physiological abnormalities\n','True',NULL,1656006473),(12281,1043,2,'deferredfeedback',73,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nDiverse demographics in the sample\n\n','True',NULL,1656006474),(12282,1043,3,'deferredfeedback',74,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nHeight and weight\n','False',NULL,1656006476),(12283,1043,4,'deferredfeedback',75,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSingle or Married\n','False',NULL,1656006478),(12284,1043,5,'deferredfeedback',76,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSex\n\n','True',NULL,1656006479),(12285,1043,6,'deferredfeedback',77,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nAcademic Problems\n','True',NULL,1656006480),(12286,1043,7,'deferredfeedback',78,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nArtifact Elimination\n','True',NULL,1656006481),(12287,1043,8,'deferredfeedback',71,1,1.0000000,0.0000000,1.0000000,0,'What is the unit used for measure of standard deviation in Quantitative EEG?\n\n','Z Scores',NULL,1656006483),(12288,1043,9,'deferredfeedback',70,1,1.0000000,0.0000000,1.0000000,0,'This figure is depicting what important concept in Quantitative EEG?\n\n[EEG]\n\n: Z-score computation\n\n; Gaussian Distribution\n\n; A bell curve analysis\n\n; All of the above\n\n','All of the above\n\n',NULL,1656006485),(12289,1043,10,'deferredfeedback',69,1,1.0000000,0.0000000,1.0000000,0,'The formula for Z=scores is: \n\n: Z= [observed value – normative value]/subjective standard deviation\n\n; Z = [normative value + observed value]/normative standard deviation\n\n; Z= [normative value - observed value]/normative standard deviation\n\n; Z= [normative value + observed value]/San Diego\n\n','Z= [normative value - observed value]/normative standard deviation\n\n',NULL,1656007831),(12290,1044,1,'informationitem',117,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657556473),(12291,1044,2,'deferredfeedback',125,1,1.0000000,0.0000000,1.0000000,0,'What is happening in the boxed electrodes below?\n\n: Focal Delta\n\n;  Loose electrodes\n\n;  heartbeat artifact\n\n; Environmental Noise\n\n',' heartbeat artifact\n\n',NULL,1656011109),(12292,1044,3,'deferredfeedback',119,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Electrical artifact; Muscle artifact\n\n; Sweat artifact\n\n; Cable Sway\n\n','Electrical artifact',NULL,1656011109),(12293,1044,4,'deferredfeedback',122,1,1.0000000,0.0000000,1.0000000,0,'What is occurring at the Cz channel in this EEG?\n\n: Lateral Eye Movements\n\n; Environmental Noise\n\n; Electrode Pop\n\n; Spike and Slow Wave\n\n','Electrode Pop\n\n',NULL,1656011109),(12294,1044,5,'deferredfeedback',120,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Loose Electrodes\n\n; Environmental Activity\n\n; Epileptiform Activity\n\n; Jaw Tension\n\n','Environmental Activity\n\n',NULL,1656011109),(12295,1044,6,'deferredfeedback',124,1,1.0000000,0.0000000,1.0000000,0,'What is the activity happening at T4?\n\n: Occipitalis muscle artifact\n\n; Jaw tension\n\n; Frontalis muscle artifact\n\n; Loose electrode\n\n','Jaw tension\n\n',NULL,1656011109),(12296,1044,7,'deferredfeedback',123,1,1.0000000,0.0000000,1.0000000,0,'The centrifugal effect\n\n: is only seen in QEEG maps, and is largely a thing of the past.\n\n; is due to shared variance in the EEG.\n\n; is seen in linked ears montages.\n\n; happens in nearly all EEGs.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n',NULL,1656011109),(12297,1044,8,'deferredfeedback',126,1,1.0000000,0.0000000,1.0000000,0,'What is impedance in EEG?\n\n: A direct measure of how much paste and abrasive scrub was used to prep the individual. Smaller numbers mean poor contact.\n\n; A measure of the impediment to the flow of direct current, measured in ohms. Larger numbers mean good contact.\n\n;  A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n; A measure of the connectivity between electrode and scalp, measured in bits. Smaller numbers mean higher resistance to brainwave activity.\n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',NULL,1656011109),(12298,1044,9,'deferredfeedback',121,1,1.0000000,0.0000000,1.0000000,0,'There are two types of artifacts in this EEG, what are they?\n\n: Sweat and muscle artifact\n\n; Loose electrodes (“cable sway”) and cardiac artifact\n\n; Cardiac artifact and medication artifact\n\n; Medication artifact and electrical artifact\n\n','Cardiac artifact and medication artifact\n\n',NULL,1656011109),(12299,1044,10,'informationitem',127,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1656011109),(12300,1044,11,'deferredfeedback',137,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of antimaniacs (such as lithium carbonate) on the EEG?\n\n: Increase in 12-16Hz beta, mild decrease in delta, and increase in theta activity.\n\n; Increase in theta, mild decrease in alpha, and increase in fast activity.\n\n; Increase in slow activity, mild decrease in 22Hz + activity, and an increase in 12-18Hz activity.\n\n; Increase in alpha, mild decrease in gamma, and increase in delta activity.\n\n','Increase in theta, mild decrease in alpha, and increase in fast activity.\n\n',NULL,1656011109),(12301,1044,12,'deferredfeedback',131,1,1.0000000,0.0000000,1.0000000,0,'What is the effect of morphine, opioids, and heroine on the EEG?\n\n: Initially, increased alpha synchrony, and with an increased dose.\n\n; Initially, increased alpha, and with an increased dose, increased slowing.\n\n; Initially, increased beta spindles, and with an increased dose, gamma activity.\n\n; Initially, increased slow content, and with an increased dose, iso-electric EEGs have been seen.\n\n','Initially, increased alpha, and with an increased dose, increased slowing.\n\n',NULL,1656011109),(12302,1044,13,'deferredfeedback',133,1,1.0000000,0.0000000,1.0000000,0,'In the low voltage fast EEG, what does initial exposure create in their brainwaves?\n\n: Even more suppressed voltage and higher relative beta\n\n; Higher voltage in the delta, theta and alpha bandwidths, with a reduction in relative beta\n\n; Periodic lateralized epileptogenic discharges (PLEDS)\n\n;  Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',NULL,1656011109),(12303,1044,14,'deferredfeedback',128,1,1.0000000,0.0000000,1.0000000,0,'True or False: The level of an individual’s arousal affects the EEG response differently.\n\n','True',NULL,1656011109),(12304,1044,15,'deferredfeedback',129,1,1.0000000,0.0000000,1.0000000,0,'True or False: More than one medication on board creates a synergistic effect of the combined medications on the EEG and can make reading medication effects in the EEG too complex to evaluate each medication’s impact on the brain activity.\n\n','True',NULL,1656011109),(12305,1044,16,'deferredfeedback',134,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an MAO inhibitor on the EEG? \n\n: These antidepressants have a wide variation of response on the EEG.\n\n;  Isocarboxazide increases 20-30Hz and decreases slower and higher frequencies, similar to a stimulant.\n\n; Nialamide and Tranylcypromine produce a typical profile.\n\n; All of the above.\n\n','All of the above.\n\n',NULL,1656011109),(12306,1044,17,'deferredfeedback',47,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anti-convulsant Gabapentin on the EEG? \n\n: Beta Spindles from 15-22Hz\n\n; A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; B and C\n\n','B and C\n\n',NULL,1656011109),(12307,1044,18,'deferredfeedback',45,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anticonvulsant Carbamazepine on the EEG?\n\n: A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; Test-taking confidence decreased\n\n; All of the above.\n\n','All of the above.\n\n',NULL,1656011109),(12308,1044,19,'deferredfeedback',52,1,1.0000000,0.0000000,1.0000000,0,'What is one common effect of both Adderall and Ritalin?\n\n: Decreased slower activity\n\n; Decreased beta activity\n\n; Alpha hypercoherence\n\n; Increased gamma activity\n\n','Decreased slower activity\n\n',NULL,1656011109),(12309,1044,20,'informationitem',138,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1656011109),(12310,1044,21,'deferredfeedback',159,1,1.0000000,0.0000000,1.0000000,0,'Delta is most commonly found in the adult’s EEG:: In NREM 2; At childbirth; When drugged; In NREM 4','In NREM 4',NULL,1656011109),(12311,1044,22,'deferredfeedback',156,1,1.0000000,0.0000000,1.0000000,0,'The higher the frequency in EEG, the lower the:: Neuronal synchrony; Amplitude; Sensitivity; Pitch','Amplitude',NULL,1656011109),(12312,1044,23,'deferredfeedback',161,1,1.0000000,0.0000000,1.0000000,0,'True or False: EEG patterns are heritable.\n\n','True',NULL,1656011109),(12313,1044,24,'deferredfeedback',145,1,1.0000000,0.0000000,1.0000000,0,'What were the findings from Solso, et al. (2016) regarding differences between the brains of autism spectrum disordered toddlers and healthy controls?: Frontal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall faster than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.',NULL,1656011109),(12314,1044,25,'deferredfeedback',158,1,1.0000000,0.0000000,1.0000000,0,'Gamma activity is thought to reflect _________________________ of the brain.: the creative process; highly synchronized action potentials; an emergent property; an excitable state','an emergent property',NULL,1656011109),(12315,1044,26,'deferredfeedback',139,1,1.0000000,0.0000000,1.0000000,0,'According to Arns, et al., (2009), neurofeedback treatment for ADHD was found to be:\n\n: “Efficacious” (level 4)\n\n; Possibly efficacious” (level 2)\n\n; \"Efficacious and Specific\" (level 5) \n\n; “Probably efficacious” (level 3)\n\n','\"Efficacious and Specific\" (level 5) \n\n',NULL,1656011109),(12316,1044,27,'deferredfeedback',151,1,1.0000000,0.0000000,1.0000000,0,' Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n',NULL,1656011109),(12317,1044,28,'deferredfeedback',146,1,1.0000000,0.0000000,1.0000000,0,'According to Thatcher, et al. (2009), phase shift duration in ASD subjects was ___________________________ in all frequency bands but especially in the alpha-1 frequency band (8–10 Hz). Phase lock duration was _______________________ in the alpha-2 frequency band (10–12 Hz) in ASD subjects.: Slightly Shorter, Slightly Longer; Slightly Longer, Slightly Shorter; Significantly Shorter, Significantly Longer; Significantly Longer, Significantly Slower','Significantly Shorter, Significantly Longer',NULL,1656011109),(12318,1044,29,'deferredfeedback',150,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010), neurofeedback is most effective for the main complaint of hyperactivity in ADHD children.','False',NULL,1656011109),(12319,1044,30,'deferredfeedback',141,1,1.0000000,0.0000000,1.0000000,0,' According to Dhar, et al (2010), dyslexics show:\n\n: Increased interhemispheric coherence of 4-7 Hz for dyslexics compared to controls in the central–parietal cortex during the performance of a visuo-spatial attention task, providing further support for dulled collaboration between hemispheres in dyslexics. \n\n; Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n; Decreased interhemispheric asymmetry in delta activity across the hemispheres during the performance of a visuo-spatial attention tasks, providing evidence of poor interhemispheric resting network communication for dyslexics.\n\n; Increased interhemispehric asymmetry of beta activity in the pre-frontal cortex during performance of a visuo-spatial attention task, indicating poor right and left hemispheric communication in executive tasks in dyslexics.\n\n','Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n',NULL,1656011109),(12320,1044,31,'deferredfeedback',147,1,1.0000000,0.0000000,1.0000000,0,'According to Koenig et al., (2005), Alzheimer’s patients showed ______________________.: Plaques and tangles in the top three layers of pyradimal neurons, creating low voltage beta activity and high amplitude delta activity.; Disconnection between high density network nodes, indicating dysfunctiona resting state network connections.; High amplitude delta and theta activity, paired with low amplitude alpha and beta activity.; Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.','Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.',NULL,1656011109),(12321,1044,32,'deferredfeedback',154,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n',NULL,1656011109),(12322,1044,33,'deferredfeedback',144,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010) neurofeedback is ________________ medication in terms of its effects on inattention and impulsivity.: Equivalent to; More efficacious than; Less effective than; None of the above','Equivalent to',NULL,1656011109),(12323,1044,34,'deferredfeedback',143,1,1.0000000,0.0000000,1.0000000,0,'According to Ratcliffe-Baird (2008), relative to healthy controls, stutterers show:: High measures of asymmetry in the alpha band when at rest, as well as during selective inhibition task.; More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.; Hypercoherence across 25 – 30Hz bands over Broca’s area.; Hypocoherence between F7 and F8 across 1-9Hz when asked to inhibit stuttering while talking.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.',NULL,1656011109),(12324,1044,35,'deferredfeedback',142,1,1.0000000,0.0000000,1.0000000,0,'According to Hermann and Demiralp (2005), the “gamma axis” of neuropsychiatric disorders indicates that unhealthy high levels of gamma activity are seen in ___________ and ___________ populations, and unhealthy low levels of low gamma activity are seen in _____________ and ______________ populations.\n\n:  ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n; Epileptic and Negative Symptom Schizophrenic        ADHD and Alzheimer’s\n\n; Alzheimer’s and Negative Symptom Schizophrenic            ADHD and Epileptic\n\n; Negative Symptom Schizophrenic and ADHD            Epileptic and Alzheimer’s\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',NULL,1656011109),(12325,1044,36,'deferredfeedback',155,1,1.0000000,0.0000000,1.0000000,0,'The structure in the center of the brain, also known as the pace-maker in the brain, projects to all areas of the cerebral cortex is:: Thalamus; Basal Ganglia; Amygdala; Brainstem','Thalamus',NULL,1656011109),(12326,1044,37,'deferredfeedback',152,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n',NULL,1656011109),(12327,1044,38,'deferredfeedback',114,1,1.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',NULL,1656011109),(12328,1044,39,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',NULL,1656011109),(12329,1044,40,'deferredfeedback',109,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}',NULL,1656011109),(12330,1044,41,'deferredfeedback',105,1,1.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',NULL,1656011109),(12331,1044,42,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem',NULL,1656011109),(12332,1044,43,'deferredfeedback',34,1,1.0000000,0.0000000,1.0000000,0,'[Brain ]\n\n1. _____\n\n2. _____\n\n3. _____\n\n4. _____\n\n5. _____\n\n6. _____\n\n7. _____\n\n8. _____\n','part 1: Hypothalamus; part 2: Pituitary Gland; part 3: Amygdala; part 4: Hippocampus; part 5: Medula; part 6: Pons; part 7: Cerebellum; part 8: Thalamus',NULL,1656011109),(12333,1044,44,'informationitem',202,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1656011109),(12334,1044,45,'deferredfeedback',164,1,1.0000000,0.0000000,1.0000000,0,'True or False: In order to run Z-score analysis or Z-score neurofeedback, it is not necessary to transform EEG digital data to approximate a Gaussian shape (a bell curve).: True; False','False',NULL,1656011109),(12335,1044,46,'deferredfeedback',166,1,1.0000000,0.0000000,1.0000000,0,'A false positive in QEEG would:: Indicate that the clinician is “throwing the baby out with the bathwater”; Fail to indicate a present finding as present; Indicate a finding was present that actually was not present; Indicate poor artifacting skills','Indicate a finding was present that actually was not present',NULL,1656011109),(12336,1044,47,'deferredfeedback',162,1,1.0000000,0.0000000,1.0000000,0,'True or False: A larger sample size is necessary for a pediatric population due to the rapid neurological developmental changes.: True; False','True',NULL,1656011109),(12337,1044,48,'deferredfeedback',180,1,1.0000000,0.0000000,1.0000000,0,'True or False: Independent Components Analysis requires the cleaning of EEG data from artifacts.: True; False','False',NULL,1656011109),(12338,1044,49,'deferredfeedback',165,1,1.0000000,0.0000000,1.0000000,0,'Instead of measures of coherence, the SKIL database uses measures of this, which is quite like coherence but does not yield measures of phase: Unity; Comodulation; None of the above; Synchrony','Comodulation',NULL,1656011109),(12339,1044,50,'deferredfeedback',175,1,1.0000000,0.0000000,1.0000000,0,'What is different from other databases in the isync brain database?: They separate eyes open and eyes closed; They separate males and females; They separate demographics by 5 years of age; They use independent components analysis in the processing of data','They separate males and females',NULL,1656011109),(12340,1044,51,'deferredfeedback',171,1,1.0000000,0.0000000,1.0000000,0,'True or False: Non-parametric statistics use parameters such as the mean, standard deviation, Pearson correlation, and variance.: True; False','False',NULL,1656011109),(12341,1044,52,'deferredfeedback',173,1,1.0000000,0.0000000,1.0000000,0,'True or False: A person’s handedness can affect the position of their auditory cortex.: True; False','True',NULL,1656011109),(12342,1044,53,'deferredfeedback',177,1,1.0000000,0.0000000,1.0000000,0,'True or False: One Z-score is considered clinically significant.: True; False','False',NULL,1656011109),(12343,1044,54,'deferredfeedback',179,1,1.0000000,0.0000000,1.0000000,0,'True or False: Lateral eye movement can be seen in a quantitative EEG as delta at the F7 and F8 electrode locations.: True; False','True',NULL,1656011109),(12344,1044,55,'deferredfeedback',178,1,1.0000000,0.0000000,1.0000000,0,'True or False: Clinical Databases, such as Richard Soutar’s and Paul Swingle’s, use a psychologically and physiologically healthy population.: True; False','False',NULL,1656011109),(12345,1044,56,'deferredfeedback',167,1,1.0000000,0.0000000,1.0000000,0,'This statistical method to separate independent sources from superimposed signals is the most common method that has been used in EEG data decomposition, and can be used to identify and remove the artifacts from raw EEG data.: Power-Power Coupling Analysis; Quantitative EEG Analysis; Independent Components Analysis; Principle Components Analysis','Independent Components Analysis',NULL,1656011109),(12346,1044,57,'deferredfeedback',168,1,1.0000000,0.0000000,1.0000000,0,'The separation of spatially and spectrally independent components from the EEG is analogous to:: Detecting unique voices at a cocktail party; Removing extra-cerebral data from cerebral data; Picking black sheep out of a flock of white sheep; Separating the curds from the whey','Detecting unique voices at a cocktail party',NULL,1656011109),(12347,1044,58,'deferredfeedback',172,1,1.0000000,0.0000000,1.0000000,0,'In Quantitative EEG Databases, it is imperative that the database is broken into groups, defined by ________________.: IQ; Sex; Clinical Conditions; Age','Age',NULL,1656011109),(12348,1044,59,'deferredfeedback',174,1,1.0000000,0.0000000,1.0000000,0,'True or False: EEG is an excellent modality for imaging both temporal and spatial activity in the brain.: True; False','False',NULL,1656011109),(12349,1044,60,'deferredfeedback',78,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nArtifact Elimination\n','True',NULL,1656011109),(12350,1044,61,'deferredfeedback',76,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSex\n\n','True',NULL,1656011109),(12351,1044,62,'deferredfeedback',77,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nAcademic Problems\n','True',NULL,1656011109),(12352,1044,63,'deferredfeedback',75,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSingle or Married\n','False',NULL,1656011109),(12353,1044,64,'deferredfeedback',73,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nDiverse demographics in the sample\n\n','True',NULL,1656011109),(12354,1044,65,'informationitem',203,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1656011109),(12355,1044,66,'deferredfeedback',192,1,1.0000000,0.0000000,1.0000000,0,'These are the three kinds of connectivity:: Structural, Fundamental, and Principal; Independent, Principal, and Primary; Efferent, Afferent, and Typical; Functional, Effective, and Structural','Functional, Effective, and Structural',NULL,1656011109),(12356,1044,67,'deferredfeedback',189,1,1.0000000,0.0000000,1.0000000,0,'If you see a heartbeat artifact contaminating every electrode lead, what should you do to properly interpret the data?: Select only those portions of the EEG without the heartbeat; Switch to an average reference; Select any data you choose, the heartbeat will not affect the quantitative EEG; Switch to linked ears reference','Switch to an average reference',NULL,1656011109),(12357,1044,68,'deferredfeedback',193,1,1.0000000,0.0000000,1.0000000,0,'Hypo Phase Lag indicates:: Too long a duration of phase lock; Too short a duration of phase shift; Too short a duration of phase lock; Too Long a duration of phase shift','Too long a duration of phase lock',NULL,1656011109),(12358,1044,69,'deferredfeedback',188,1,1.0000000,0.0000000,1.0000000,0,'A transverse bi-polar montage travels ______________ over the scalp.: Coronally; Vertically; Sagitally; Horizontally','Coronally',NULL,1656011109),(12359,1044,70,'deferredfeedback',196,1,1.0000000,0.0000000,1.0000000,0,'What feature seen in raw EEG is impossible to see in quantitative EEG maps?: Frequency; Artifact; Morphology; Amplitude','Morphology',NULL,1656011109),(12360,1044,71,'deferredfeedback',182,1,1.0000000,0.0000000,1.0000000,0,'Bi-polar montages are useful for:: Understanding diffuse activity in the EEG; Removing the effects of medication; Isolating artifactual data; Determining the locality of focal findings','Determining the locality of focal findings',NULL,1656011109),(12361,1044,72,'deferredfeedback',195,1,1.0000000,0.0000000,1.0000000,0,'A broken ear electrode can lead to:: Global Shared Variance; Poor Recording; All of the Above; False Coherences','All of the Above',NULL,1656011109),(12362,1044,73,'deferredfeedback',190,1,1.0000000,0.0000000,1.0000000,0,'True or False:  The Fast Fourier transform (FFT) is a frequency domain method of spectral analysis.: True; False','True',NULL,1656011109),(12363,1044,74,'deferredfeedback',194,1,1.0000000,0.0000000,1.0000000,0,'When __________________ is too short then there are fewer neural resources available to be phase locked into a stable dynamic: Phase Reset; Phase; Phase Lock Duration; Phase Shift Duration','Phase Shift Duration',NULL,1656011109),(12364,1044,75,'deferredfeedback',187,1,1.0000000,0.0000000,1.0000000,0,'True or false: Phase reversals and meaningful in beta and gamma bandwidths: True; False','False',NULL,1656011109),(12365,1044,76,'deferredfeedback',183,1,1.0000000,0.0000000,1.0000000,0,'Independent Components Analysis:: Identifies spatially and spectrally independent components in the EEG data; Finds patterns that repeat within the EEG; Separates a multivariate signal into its individual components; All of the above','All of the above',NULL,1656011109),(12366,1044,77,'deferredfeedback',181,1,1.0000000,0.0000000,1.0000000,0,'What is the most common problem with linked ears montages?: Shared variance; False coherences; Contaminated ear electrodes; All of the above','All of the above',NULL,1656011109),(12367,1044,78,'deferredfeedback',197,1,1.0000000,0.0000000,1.0000000,0,'True or False: A popping electrode can lead to false Asymmetry measures: True; False','True',NULL,1656011109),(12368,1044,79,'deferredfeedback',199,1,1.0000000,0.0000000,1.0000000,0,'True or False: A Fast Fourier Transform and a Joint Time Frequency Analysis both decompose a comple signal into its component frequencies.: True; False','True',NULL,1656011109),(12369,1044,80,'deferredfeedback',201,1,1.0000000,0.0000000,1.0000000,0,'What does Figure 1 show that Figure 2 lacks?\n\n1.\n\n2.\n\n: Diffusion\n\n; Kurtosis\n\n;  Z-scores\n\n;  Slow Content\n\n','Kurtosis\n\n',NULL,1656011109),(12370,1044,81,'deferredfeedback',95,1,1.0000000,0.0000000,1.0000000,0,'A bipolar montage is good at locating sources of slow activity in the EEG\n\n','True',NULL,1656011109),(12371,1044,82,'deferredfeedback',102,1,1.0000000,0.0000000,1.0000000,0,'Asymmetry is a measure of a direct relationship between two channels\n\n','True',NULL,1656011109),(12372,1044,83,'deferredfeedback',100,1,1.0000000,0.0000000,1.0000000,0,'Shared variance in the EEG due to a temporal source will create false coherence in the QEEG\n\n','True',NULL,1656011109),(12373,1044,84,'deferredfeedback',101,1,1.0000000,0.0000000,1.0000000,0,'An average montage is useful for showing diffuse activity in the EEG\n\n','False',NULL,1656011109),(12374,1044,85,'deferredfeedback',98,1,1.0000000,0.0000000,1.0000000,0,'Relative Power is the microvolts of a frequency in a location divided by the sum of all frequency bands’ microvolts \n\n','True',NULL,1656011109),(12375,1045,1,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: brain spinal cord cervical canal',1656020265),(12376,1045,2,'deferredfeedback',30,1,3.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: reptilian brain; part 2: mammalian brain; part 3: neo cortex',1656020265),(12377,1045,3,'deferredfeedback',105,1,8.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}','Drop zone 1 -> {3. Amygdala} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {6. Pons} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {8. Thalamus} Drop zone 6 -> {5. Medula} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {1. Hypothalamus}',1656020265),(12378,1045,4,'deferredfeedback',25,1,4.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n} -> {Hippocampus; Hypothalamus; Thalamus; Pituitary Gland}','This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus','This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Thalamus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Hypothalamus',1656020265),(12379,1045,5,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {4. Primary somatosensory area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {2. Primary motor area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {7. Primary visual area} Drop zone 7 -> {6. Occipital lobe} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1656020265),(12380,1045,6,'deferredfeedback',107,1,9.0000000,0.0000000,1.0000000,0,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: myelinated non myelinated',1656020265),(12381,1045,7,'deferredfeedback',109,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Radial glia} {Astrocytes} {Schwann cells} {Oligodendrocytes} {Satellite cells} {Ependymal cells}',1656020265),(12382,1045,8,'deferredfeedback',110,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',NULL,1656020265),(12383,1045,9,'deferredfeedback',111,1,2.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: networks; part 2: networks',1656020265),(12384,1045,10,'deferredfeedback',114,1,8.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}','{Uncinate Fasciculus} {Perpendicular Fasciculus} {} {} {} {} {} {Corpus Callosum}',1656020265),(12406,1067,1,'deferredfeedback',6,1,1.0000000,0.0000000,1.0000000,0,'Write in the full word for which each letter in the 10-20 system is the acronym:\n\n {Zenith or Zero; F; P; Occipital; Fp; T; C} -> {Z; Central; Temporal; O; Pre-frontal; Parietal; Frontal}','Zenith or Zero -> Z; F -> Frontal; P -> Parietal; Occipital -> O; Fp -> Pre-frontal; T -> Temporal; C -> Central','Zenith or Zero -> Z; F -> Frontal; P -> Parietal; Occipital -> O; Fp -> Pre-frontal; T -> Temporal; C -> Central',1656032356),(12407,1067,2,'deferredfeedback',1,1,1.0000000,0.0000000,1.0000000,0,'Match the 10-20 location with its MCN corollary name\n\n {T4\n\n; T6\n\n; T3\n\n; T5\n\n} -> {P7; P8; T8; T7}','T4\n\n -> T8; T6\n\n -> P8; T3\n\n -> T7; T5\n\n -> P7','T4\n\n -> T8; T6\n\n -> P8; T3\n\n -> T7; T5\n\n -> P7',1656032356),(12408,1067,3,'deferredfeedback',7,1,1.0000000,0.0000000,1.0000000,0,'Label each electrode location\n\nNote: Place the target in the location, not the label (C4). E.g. \n\n; [[Drop zone 1]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 2]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 3]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 4]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 5]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 6]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 7]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 8]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 9]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 10]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 11]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 12]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 13]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 14]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 15]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 16]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 17]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 18]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 19]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 20]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 21]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}',1656032356),(12409,1067,4,'deferredfeedback',2,1,1.0000000,0.0000000,1.0000000,0,'A single electrode showing high amplitude beta should always be\n\n: questioned, considered as seizure foci; accepted, considered for inclusion; accepted, considered for region of interest; questioned, considered for artifact','questioned, considered for artifact','questioned, considered for artifact',1656032356),(12410,1067,5,'deferredfeedback',3,1,1.0000000,0.0000000,1.0000000,0,'The 10-20 electrode locations that will likely show eye blink artifacts are\n\n: Fp1 and Fp2; F7 and F8; Fz; All of the above','All of the above','All of the above',1656032356),(12411,1067,6,'deferredfeedback',5,1,1.0000000,0.0000000,1.0000000,0,'Mix and Match\n\n {; ; ; ; ; ; } -> {Pulse Artifact; Drowsiness; Sweat; Lateral Eye Movement; Salt Bridge; Environmental Noise; Eye blinks}',' -> Lateral Eye Movement;  -> Environmental Noise;  -> Sweat;  -> Eye blinks;  -> Salt Bridge;  -> Drowsiness;  -> Pulse Artifact',' -> Lateral Eye Movement;  -> Environmental Noise;  -> Sweat;  -> Eye blinks;  -> Pulse Artifact;  -> Drowsiness;  -> Environmental Noise',1656032356),(12412,1068,1,'deferredfeedback',1045,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between neurofeedback and biofeedback?\n: Biofeedback is an antiquated form of neurofeedback; neurofeedback is a modern form of biofeedback\n; Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n; Biofeedback is for training the entire body and neurofeedback is not\n; Biofeedback is for training EEG brainwaves and neurofeedback is for training the central nervous system\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n',1656364141),(12413,1068,2,'deferredfeedback',1047,1,1.0000000,0.0000000,1.0000000,0,'Who, of the following historical figures, is not part of the history of EEG?\n: Hans Berger\n; Carl Jung\n; Neal Miller\n; Richard Caton\n','Carl Jung\n','Carl Jung\n',1656364141),(12414,1068,3,'deferredfeedback',1048,1,1.0000000,0.0000000,1.0000000,0,'Who conducted the first neurofeedback experiment?\n: Joe Kamiya\n; Joel Lubar\n; Barry Sterman\n; Robert Thatcher\n','Joe Kamiya\n','Joe Kamiya\n',1656364141),(12415,1068,4,'deferredfeedback',1049,1,1.0000000,0.0000000,1.0000000,0,'Who is a pioneer in the neurotherapy field for inventing stimulation modalities?\n: Nick Dogris\n; Jay Gunkelman\n; Elmer Green\n; Anna Wise\n','Nick Dogris\n','Nick Dogris\n',1656364141),(12416,1068,5,'deferredfeedback',1050,1,1.0000000,0.0000000,1.0000000,0,'Which example involves negative reinforcement?\n\n: I take my toys and leave when I am done playing with my friends; I give my child chocolate cake as a reward for eating their vegetables; I give my dog a bone for sitting; I stop playing the music that annoys my spouse when he makes me a nice dinner','I stop playing the music that annoys my spouse when he makes me a nice dinner','I stop playing the music that annoys my spouse when he makes me a nice dinner',1656364141),(12417,1068,6,'deferredfeedback',1051,1,1.0000000,0.0000000,1.0000000,0,'Who coined the term “operant conditioning”?\n: Mahlon Delong\n; John B. Watson\n; Ivan Pavlov; B.F. Skinner\n','B.F. Skinner\n','B.F. Skinner\n',1656364141),(12418,1068,7,'deferredfeedback',1052,1,1.0000000,0.0000000,1.0000000,0,'Which of the following is not a schedule of reinforcement?\n: Various ratio schedules; Fixed-ratio schedules; Continuous reinforcement; Fixed interval schedules','Various ratio schedules','Various ratio schedules',1656364141),(12419,1068,8,'deferredfeedback',1053,1,1.0000000,0.0000000,1.0000000,0,'A positive feedback loop:\n: occurs when the removal of a stimulus leads to an increase in a different stimulus; occurs in nature when a chemical change happens that creates more of the same type of chemical change; occurs when the product of a reaction leads to an increase in that reaction; occurs when an action leads to the decrease of an opposite and equal reaction','occurs when the product of a reaction leads to an increase in that reaction','occurs when the product of a reaction leads to an increase in that reaction',1656364141),(12420,1068,9,'deferredfeedback',1054,1,1.0000000,0.0000000,1.0000000,0,'What are the four kinds of attention?\n: Divided, united, solo, and dual; Sustained, divided, alternative, traditional; Alternating, conditioned, inattentive, focused\n; Divided, alternating, sustained, selective','Divided, alternating, sustained, selective','Divided, alternating, sustained, selective',1656364141),(12421,1068,10,'deferredfeedback',1106,1,1.0000000,0.0000000,1.0000000,0,'What disorder did Barry Sterman\'s human research focus on?\n: fibromyalgia\n; autism\n; epilepsy\n; depression\n','autism\n','epilepsy\n',1656364141),(12422,1069,1,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: brainstem cerebellum cerebrum',1656945768),(12423,1069,2,'deferredfeedback',30,1,3.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: lizard brain; part 2: mammal brain; part 3: human brain',1656945768),(12424,1069,3,'deferredfeedback',105,1,8.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',1656945768),(12425,1069,4,'deferredfeedback',25,1,4.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n} -> {Thalamus; Pituitary Gland; Hypothalamus; Hippocampus}','This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus','This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus',1656945768),(12426,1069,5,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1656945768),(12427,1069,6,'deferredfeedback',107,1,9.0000000,0.0000000,1.0000000,1,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: schwann satellite',1656945768),(12428,1069,7,'deferredfeedback',109,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Radial glia} {Satellite cells}',1656945768),(12429,1069,8,'deferredfeedback',110,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',1656945768),(12430,1069,9,'deferredfeedback',111,1,2.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: networks; part 2: nodes',1656945768),(12431,1069,10,'deferredfeedback',114,1,8.0000000,0.0000000,1.0000000,1,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',NULL,1656945768),(12432,1070,1,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: brainstem cerebellum cerebrum',1657116608),(12433,1070,2,'deferredfeedback',30,1,3.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: lizard; part 2: mammal; part 3: human',1657116608),(12434,1070,3,'deferredfeedback',105,1,8.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',1657116608),(12435,1070,4,'deferredfeedback',25,1,4.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n} -> {Thalamus; Hypothalamus; Pituitary Gland; Hippocampus}','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Pituitary Gland; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Hypothalamus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus',1657116608),(12436,1070,5,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1657116608),(12437,1070,6,'deferredfeedback',107,1,9.0000000,0.0000000,1.0000000,0,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: central peripheral',1657116608),(12438,1070,7,'deferredfeedback',109,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}',1657116608),(12439,1070,8,'deferredfeedback',110,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',1657116608),(12440,1070,9,'deferredfeedback',111,1,2.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: networks; part 2: nodes',1657116608),(12441,1070,10,'deferredfeedback',114,1,8.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',1657116608),(12442,1071,1,'deferredfeedback',45,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anticonvulsant Carbamazepine on the EEG?\n\n: A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; Test-taking confidence decreased\n\n; All of the above.\n\n','All of the above.\n\n','All of the above.\n\n',1657133594),(12443,1071,2,'deferredfeedback',47,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anti-convulsant Gabapentin on the EEG? \n\n: Beta Spindles from 15-22Hz\n\n; A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; B and C\n\n','B and C\n\n','B and C\n\n',1657133594),(12444,1071,3,'deferredfeedback',48,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine on the EEG?\n\n: At toxic levels this can cause diffuse slowing in the EEG\n\n; No effect\n\n; A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n; Increased Beta (20-30Hz) activity frontally\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n',1657133594),(12445,1071,4,'deferredfeedback',49,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Marijuana on the EEG?: Increased alpha coherence\n\n; Increased frontal alpha\n\n; Increased Beta\n\n; A and B\n\n','A and B\n\n','A and B\n\n',1657133594),(12446,1071,5,'deferredfeedback',50,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine withdrawal on the EEG?\n\n: Increased beta and gamma activity\n\n; Increase in frontal alpha and frontal theta\n\n; Hypercoherent frontal alpha activity\n\n; Decrease in delta activity\n\n','Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n',1657133594),(12447,1071,6,'deferredfeedback',51,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the neuroleptic Haldol on the EEG?\n\n: Decrease in alpha activity\n\n; Increase of beta activity\n\n; Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n; None of the above\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n',1657133594),(12448,1071,7,'deferredfeedback',52,1,1.0000000,0.0000000,1.0000000,0,'What is one common effect of both Adderall and Ritalin?\n\n: Decreased slower activity\n\n; Decreased beta activity\n\n; Alpha hypercoherence\n\n; Increased gamma activity\n\n','Decreased slower activity\n\n','Decreased slower activity\n\n',1657133594),(12449,1071,8,'deferredfeedback',53,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Barbituates on the EEG?\n\n: Rhythmic 18-26Hz activity increases globally\n\n; An increase in slowing with heavier dosing\n\n; At a toxic level, faster activity decreases and slower activity increases, with possible iso-electric pattern\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1657133594),(12450,1071,9,'deferredfeedback',54,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Nicotine on the EEG?\n\n: Increases alpha peak frequency up to 2Hz\n\n; Decrease in delta and theta\n\n; No change\n\n; Diffuse beta spindles from 15 – 22Hz\n\n','Increases alpha peak frequency up to 2Hz\n\n','Increases alpha peak frequency up to 2Hz\n\n',1657133594),(12451,1071,10,'deferredfeedback',46,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an SSRI, such as Prozac, Zoloft, or Paxil?\n\n: Overall amplitude attenuation\n\n; A slight decrease in slow frequencies\n\n; Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n; Increase in the slow frequencies of delta and theta and an increase in alpha coherence\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n',1657133594),(12452,1072,1,'deferredfeedback',85,1,1.0000000,0.0000000,1.0000000,0,'The Purkinje cells are found in the ___________________.\n\n: Cortex\n; Brainstem\n\n; Spinal Cord\n\n; Cerebellum\n\n','Cerebellum\n\n','Cerebellum\n\n',1657134184),(12453,1072,2,'deferredfeedback',79,1,2.0000000,0.0000000,1.0000000,0,'Excitatory neurotransmitters evoke an electrical change in the _____  (EPSP), depolarizing the post synaptic membrane and leading eventually to an action potential, while inhibitory neurotransmitters result in increased negative charge inside the cell membrane known as the _____ (IPSP) that hyperpolarizes the cell membrane and inhibits depolarization. \n\n','part 1: Excitatory Post Synaptic Potential; part 2: Inhibitory Post Synaptic Potential','part 1: synapse; part 2: nerve',1657134184),(12454,1072,3,'deferredfeedback',93,1,1.0000000,0.0000000,1.0000000,0,'There are two types of connections between synapses: (List the words, no commas)\n\n_____','part 1: electrical chemical','part 1: electrical chemical',1657134184),(12455,1072,4,'deferredfeedback',87,1,1.0000000,0.0000000,1.0000000,0,'_______ generate direct current and slow cortical potentials. These cells are thought to be responsible for the ___________ in the brain and this is where bold sugar (glucose) is metabolized.\n\n: Glia, hemodynamics\n\n; Neurons, energy consumption\n\n; Glucose cells, energy storage\n\n; Oligodendricites, hydrodynamics\n\n','Glia, hemodynamics\n\n','Glucose cells, energy storage\n\n',1657134184),(12456,1072,5,'deferredfeedback',92,1,1.0000000,0.0000000,1.0000000,0,'________ is also a dominant brainwave in infants, since the earliest stages of life are times of, one, a lot of sleep, and two, neurogenesis and angiogenesis. Young brains form, develop and grow with the production of this brainwave.\n\n','Delta','delta',1657134184),(12457,1072,6,'deferredfeedback',88,1,1.0000000,0.0000000,1.0000000,0,'A slowed alpha can represent a compromise of blood flow, and consequentially oxygen, to an area, which will lead to _________________. \n\n: Death\n\n; Coma\n\n; Ischemia\n\n; Seizures\n\n','Ischemia\n\n','Ischemia\n\n',1657134184),(12458,1072,7,'deferredfeedback',89,1,1.0000000,0.0000000,1.0000000,0,'Lambda is a ___________ morphological feature in the EEG and indicates________________.: Monomorphic, drowsiness\n\n; Epileptogenic, seizure disposition\n\n; Bi-phasic, visual tracking\n\n; Monomorphic, visual tracking\n\n','Monomorphic, visual tracking\n\n','Bi-phasic, visual tracking\n\n',1657134184),(12459,1072,8,'deferredfeedback',90,1,1.0000000,0.0000000,1.0000000,0,'Mean alpha rhythm frequency at 4 months is ___Hz, at 12 months is ___Hz, at 36 months is ___hz, at 9 Years is ___Hz, and at 10 years is ___Hz.\n\n: 4, 6, 8. 9, 10\n\n; 3, 6, 9, 10, 12\n\n; None of the above\n\n; 4, 5, 6, 9, 10\n\n','4, 6, 8. 9, 10\n\n','4, 6, 8. 9, 10\n\n',1657134184),(12460,1072,9,'deferredfeedback',91,1,1.0000000,0.0000000,1.0000000,0,'Mu Rhythm is found in the __________ frequency range.\n\n: Beta 1\n\n; Beta 1 and Alpha\n\n; Alpha\n\n; Beta 1 and Beta 2\n\n; Delta \n\n; Theta\n\n','Beta 1 and Alpha\n\n','Beta 1\n\n',1657134184),(12461,1072,10,'deferredfeedback',86,1,1.0000000,0.0000000,1.0000000,0,'Beta Spindling is linked to some, but not all of the below conditions. Select the three conditions that show this waveform:\n\n: benzo toxicity 10% of ADD & ADHD \n\n; cortical irritability\n\n; dementia\n\n; epilepsy \n\n; coma\n\n; grey matter damage \n\n','benzo toxicity 10% of ADD & ADHD \n\n; cortical irritability\n\n; epilepsy \n\n','benzo toxicity 10% of ADD & ADHD \n\n',1657134184),(12462,1073,1,'deferredfeedback',72,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nCareful screening for clinical and physiological abnormalities\n','True','True',1657134504),(12463,1073,2,'deferredfeedback',73,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nDiverse demographics in the sample\n\n','True','True',1657134504),(12464,1073,3,'deferredfeedback',74,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nHeight and weight\n','False','False',1657134504),(12465,1073,4,'deferredfeedback',75,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSingle or Married\n','False','False',1657134504),(12466,1073,5,'deferredfeedback',76,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSex\n\n','True','True',1657134504),(12467,1073,6,'deferredfeedback',77,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nAcademic Problems\n','True','True',1657134504),(12468,1073,7,'deferredfeedback',78,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nArtifact Elimination\n','True','True',1657134504),(12469,1073,8,'deferredfeedback',71,1,1.0000000,0.0000000,1.0000000,0,'What is the unit used for measure of standard deviation in Quantitative EEG?\n\n','Z Scores','Z score',1657134504),(12470,1073,9,'deferredfeedback',70,1,1.0000000,0.0000000,1.0000000,0,'This figure is depicting what important concept in Quantitative EEG?\n\n[EEG]\n\n: Z-score computation\n\n; Gaussian Distribution\n\n; A bell curve analysis\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1657134504),(12471,1073,10,'deferredfeedback',69,1,1.0000000,0.0000000,1.0000000,0,'The formula for Z=scores is: \n\n: Z= [observed value – normative value]/subjective standard deviation\n\n; Z= [normative value - observed value]/normative standard deviation\n\n; Z = [normative value + observed value]/normative standard deviation\n\n; Z= [normative value + observed value]/San Diego\n\n','Z= [normative value - observed value]/normative standard deviation\n\n','Z= [observed value – normative value]/subjective standard deviation\n\n',1657134504),(12472,1074,1,'deferredfeedback',1426,1,1.0000000,0.0000000,1.0000000,0,'Slow Cortical Potential neurofeedback, infraslow frequency neurofeedback and infralow frequency neurofeedback are the same thing.\n\n','False','True',1657134923),(12473,1074,2,'deferredfeedback',1427,1,1.0000000,0.0000000,1.0000000,0,'1.96 Z scores is _____Standard Deviations\n\n','2','2',1657134923),(12474,1074,3,'deferredfeedback',1428,1,1.0000000,0.0000000,1.0000000,0,'Quantitative databases usually give an overall view of the individual’s data from a _______________perspective.\n\n: Joint Time Frequency Analysis (JTFA)\n\n; Fast Fourier Transform (FFT)\n\n; Independent Components Analysis (ICA)\n\n; None of the above\n\n','Fast Fourier Transform (FFT)\n\n','Joint Time Frequency Analysis (JTFA)\n\n',1657134923),(12475,1074,4,'deferredfeedback',1429,1,1.0000000,0.0000000,1.0000000,0,'This image shows high amplitude _______ at _______ Z-scores from the normal population.\n\n: Beta, 5\n\n; Beta, 2-3\n\n; High Beta, 0-1\n\n; Alpha, 2\n\n','Beta, 2-3\n\n','Beta, 2-3\n\n',1657134923),(12476,1074,5,'deferredfeedback',1430,1,1.0000000,0.0000000,1.0000000,0,'Slow Cortical Potentials are thought to be attributed to:\n\n: Excitatory Synaptic Potentials\n\n; Inhibitory gabaergic processes\n\n; EEG Allostasis\n\n; Hemodynamics\n\n','Hemodynamics\n\n','Hemodynamics\n\n',1657134923),(12477,1074,6,'deferredfeedback',1431,1,1.0000000,0.0000000,1.0000000,0,'tDCS stands for:\n\n: Transcranial direct current stimulation\n\n; Transcerebral direct current stimulation\n\n; Transcranial double current source\n\n; Transcerebral double current stimulation\n\n','Transcranial direct current stimulation\n\n','Transcranial direct current stimulation\n\n',1657134923),(12478,1074,7,'deferredfeedback',1432,1,1.0000000,0.0000000,1.0000000,0,'Z-score neurofeedback uses normative databases as the metric clients are measured towards.\n\n','True','True',1657134923),(12479,1074,8,'deferredfeedback',1433,1,1.0000000,0.0000000,1.0000000,0,'Z-score neurofeedback is used to train the individual towards the “Z of ____”\n\n: 1\n; 2\n; 0\n; None of the above\n\n','0\n','1\n',1657134923),(12480,1074,9,'deferredfeedback',1434,1,1.0000000,0.0000000,1.0000000,0,'Using hemoencephalography, the frontal cortex recieves increased blood supply, helping to control ________________.\n\n: Encephalopathy\n\n; Autoimmune disorders\n\n; Brain injury\n\n; Migraine Headaches\n\n','Migraine Headaches\n\n','Migraine Headaches\n\n',1657134923),(12481,1074,10,'deferredfeedback',1435,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between the effectiveness of single channel vs. 19 channel neurofeedback?\n\n: 19 channel neurofeedback is more effective\n\n; Single channel neurofeedback is more effective\n\n; Both methods are effective, neither is superior to the other\n\n; Single channel neurofeedback is no longer clinically valid\n\n','Both methods are effective, neither is superior to the other\n\n','Both methods are effective, neither is superior to the other\n\n',1657134923),(12482,1075,1,'deferredfeedback',1426,1,1.0000000,0.0000000,1.0000000,0,'Slow Cortical Potential neurofeedback, infraslow frequency neurofeedback and infralow frequency neurofeedback are the same thing.\n\n','False','False',1657240814),(12483,1075,2,'deferredfeedback',1427,1,1.0000000,0.0000000,1.0000000,0,'1.96 Z scores is _____Standard Deviations\n\n','2','2',1657240814),(12484,1075,3,'deferredfeedback',1428,1,1.0000000,0.0000000,1.0000000,0,'Quantitative databases usually give an overall view of the individual’s data from a _______________perspective.\n\n: Joint Time Frequency Analysis (JTFA)\n\n; Fast Fourier Transform (FFT)\n\n; Independent Components Analysis (ICA)\n\n; None of the above\n\n','Fast Fourier Transform (FFT)\n\n','Fast Fourier Transform (FFT)\n\n',1657240814),(12485,1075,4,'deferredfeedback',1429,1,1.0000000,0.0000000,1.0000000,0,'This image shows high amplitude _______ at _______ Z-scores from the normal population.\n\n: Alpha, 2\n\n; High Beta, 0-1\n\n; Beta, 2-3\n\n; Beta, 5\n\n','Beta, 2-3\n\n','Beta, 2-3\n\n',1657240814),(12486,1075,5,'deferredfeedback',1430,1,1.0000000,0.0000000,1.0000000,0,'Slow Cortical Potentials are thought to be attributed to:\n\n: EEG Allostasis\n\n; Inhibitory gabaergic processes\n\n; Hemodynamics\n\n; Excitatory Synaptic Potentials\n\n','Hemodynamics\n\n','Hemodynamics\n\n',1657240814),(12487,1075,6,'deferredfeedback',1431,1,1.0000000,0.0000000,1.0000000,0,'tDCS stands for:\n\n: Transcranial direct current stimulation\n\n; Transcranial double current source\n\n; Transcerebral double current stimulation\n\n; Transcerebral direct current stimulation\n\n','Transcranial direct current stimulation\n\n','Transcranial direct current stimulation\n\n',1657240814),(12488,1075,7,'deferredfeedback',1432,1,1.0000000,0.0000000,1.0000000,0,'Z-score neurofeedback uses normative databases as the metric clients are measured towards.\n\n','True','True',1657240814),(12489,1075,8,'deferredfeedback',1433,1,1.0000000,0.0000000,1.0000000,0,'Z-score neurofeedback is used to train the individual towards the “Z of ____”\n\n: 1\n; 2\n; 0\n; None of the above\n\n','0\n','0\n',1657240814),(12490,1075,9,'deferredfeedback',1434,1,1.0000000,0.0000000,1.0000000,0,'Using hemoencephalography, the frontal cortex recieves increased blood supply, helping to control ________________.\n\n: Brain injury\n\n; Autoimmune disorders\n\n; Encephalopathy\n\n; Migraine Headaches\n\n','Migraine Headaches\n\n','Migraine Headaches\n\n',1657240814),(12491,1075,10,'deferredfeedback',1435,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between the effectiveness of single channel vs. 19 channel neurofeedback?\n\n: 19 channel neurofeedback is more effective\n\n; Single channel neurofeedback is more effective\n\n; Both methods are effective, neither is superior to the other\n\n; Single channel neurofeedback is no longer clinically valid\n\n','Both methods are effective, neither is superior to the other\n\n','Both methods are effective, neither is superior to the other\n\n',1657240814),(12492,1076,1,'deferredfeedback',72,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nCareful screening for clinical and physiological abnormalities\n','True','True',1657141690),(12493,1076,2,'deferredfeedback',73,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nDiverse demographics in the sample\n\n','True','True',1657141690),(12494,1076,3,'deferredfeedback',74,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nHeight and weight\n','False','False',1657141690),(12495,1076,4,'deferredfeedback',75,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSingle or Married\n','False','False',1657141690),(12496,1076,5,'deferredfeedback',76,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSex\n\n','True','True',1657141690),(12497,1076,6,'deferredfeedback',77,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nAcademic Problems\n','True','True',1657141690),(12498,1076,7,'deferredfeedback',78,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nArtifact Elimination\n','True','True',1657141690),(12499,1076,8,'deferredfeedback',71,1,1.0000000,0.0000000,1.0000000,0,'What is the unit used for measure of standard deviation in Quantitative EEG?\n\n','Z Scores','Z scores',1657141690),(12500,1076,9,'deferredfeedback',70,1,1.0000000,0.0000000,1.0000000,0,'This figure is depicting what important concept in Quantitative EEG?\n\n[EEG]\n\n: Z-score computation\n\n; Gaussian Distribution\n\n; A bell curve analysis\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1657141690),(12501,1076,10,'deferredfeedback',69,1,1.0000000,0.0000000,1.0000000,0,'The formula for Z=scores is: \n\n: Z = [normative value + observed value]/normative standard deviation\n\n; Z= [observed value – normative value]/subjective standard deviation\n\n; Z= [normative value - observed value]/normative standard deviation\n\n; Z= [normative value + observed value]/San Diego\n\n','Z= [normative value - observed value]/normative standard deviation\n\n','Z= [normative value - observed value]/normative standard deviation\n\n',1657141690),(12502,1077,1,'deferredfeedback',6,1,1.0000000,0.0000000,1.0000000,0,'Write in the full word for which each letter in the 10-20 system is the acronym:\n\n {Zenith or Zero; Fp; P; Occipital; F; C; T} -> {Frontal; O; Pre-frontal; Parietal; Central; Temporal; Z}','Zenith or Zero -> Z; Fp -> Pre-frontal; P -> Parietal; Occipital -> O; F -> Frontal; C -> Central; T -> Temporal','Zenith or Zero -> Z; Fp -> Pre-frontal; P -> Parietal; Occipital -> O; F -> Frontal; C -> Central; T -> Temporal',1657142862),(12503,1077,2,'deferredfeedback',1,1,1.0000000,0.0000000,1.0000000,0,'Match the 10-20 location with its MCN corollary name\n\n {T3\n\n; T4\n\n; T6\n\n; T5\n\n} -> {T7; T8; P8; P7}','T3\n\n -> T7; T4\n\n -> T8; T6\n\n -> P8; T5\n\n -> P7','T3\n\n -> T7; T4\n\n -> T8; T6\n\n -> P8; T5\n\n -> P7',1657142862),(12504,1077,3,'deferredfeedback',7,1,1.0000000,0.0000000,1.0000000,0,'Label each electrode location\n\nNote: Place the target in the location, not the label (C4). E.g. \n\n; [[Drop zone 1]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 2]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 3]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 4]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 5]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 6]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 7]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 8]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 9]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 10]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 11]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 12]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 13]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 14]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 15]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 16]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 17]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 18]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 19]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 20]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 21]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}',1657142862),(12505,1077,4,'deferredfeedback',2,1,1.0000000,0.0000000,1.0000000,0,'A single electrode showing high amplitude beta should always be\n\n: accepted, considered for region of interest; questioned, considered as seizure foci; questioned, considered for artifact; accepted, considered for inclusion','questioned, considered for artifact','accepted, considered for region of interest',1657142862),(12506,1077,5,'deferredfeedback',3,1,1.0000000,0.0000000,1.0000000,0,'The 10-20 electrode locations that will likely show eye blink artifacts are\n\n: Fp1 and Fp2; F7 and F8; Fz; All of the above','All of the above','All of the above',1657142862),(12507,1077,6,'deferredfeedback',5,1,1.0000000,0.0000000,1.0000000,0,'Mix and Match\n\n {; ; ; ; ; ; } -> {Pulse Artifact; Environmental Noise; Eye blinks; Lateral Eye Movement; Salt Bridge; Sweat; Drowsiness}',' -> Sweat;  -> Salt Bridge;  -> Eye blinks;  -> Environmental Noise;  -> Lateral Eye Movement;  -> Pulse Artifact;  -> Drowsiness',' -> Sweat;  -> Pulse Artifact;  -> Salt Bridge;  -> Environmental Noise;  -> Lateral Eye Movement;  -> Eye blinks;  -> Drowsiness',1657142862),(12508,1078,1,'deferredfeedback',1436,1,1.0000000,0.0000000,1.0000000,0,'What are some of the main trade organizations for neurotherapy practitioners?\n\n: ISNR and AAPB\n\n; BBS and ASET\n\n; AAPB and AARP\n\n; ISNR and APA\n\n','ISNR and AAPB\n\n','ISNR and AAPB\n\n',1657143832),(12509,1078,2,'deferredfeedback',1437,1,1.0000000,0.0000000,1.0000000,0,'With neurotherapy, can legally treat a psychological pathology without a clinical license.\n\n','False','False',1657143832),(12510,1078,3,'deferredfeedback',1438,1,1.0000000,0.0000000,1.0000000,0,'It is unethical to have a relationship of any sort with your client outside the neurotherapy practice.\n\n','True','True',1657143832),(12511,1078,4,'deferredfeedback',1439,1,1.0000000,0.0000000,1.0000000,0,'It is mandatory the neurotherapist keeps all patient information confidential.\n\n','True','True',1657143832),(12512,1078,5,'deferredfeedback',1440,1,1.0000000,0.0000000,1.0000000,0,'These are circumstances in which a neurotherapist may reveal personal information and contact law enforcement or medical attention on behalf of the patient:\n\n: The patient is threatening the therapist\n\n; The patient is actively suicidal; The patient is refusing to pay\n\n; The patient is refusing to eat\n\n','The patient is actively suicidal','The patient is threatening the therapist\n\n',1657143832),(12513,1078,6,'deferredfeedback',1441,1,1.0000000,0.0000000,1.0000000,0,'HIPAA was established to:\n\n: Protect patients’ confidential information\n\n; Allow for the transmission of information between patients and their families\n\n; Facilitate transfer of information between therapist and health insurance company\n\n; Create a safe container for patients and therapists to connect\n\n','Protect patients’ confidential information\n\n','Protect patients’ confidential information\n\n',1657143832),(12514,1078,7,'deferredfeedback',1442,1,1.0000000,0.0000000,1.0000000,0,'A patient’s records are their property.\n\n','True','True',1657143832),(12515,1078,8,'deferredfeedback',1443,1,1.0000000,0.0000000,1.0000000,0,'If you suspect an abnormality in the EEG, you should refer the client to another neurotherapist or neurologist.\n\n','True','True',1657143832),(12516,1078,9,'deferredfeedback',1444,1,1.0000000,0.0000000,1.0000000,0,'To qualify for the BCIA certification, you must have a Bachelor’s level education in a ___________________field.\n\n: Agriculture related\n\n; Health Care related\n\n; Medical\n\n; Education related\n\n','Health Care related\n\n','Health Care related\n\n',1657143832),(12517,1078,10,'deferredfeedback',1445,1,1.0000000,0.0000000,1.0000000,0,'A Neurotherapist must keep an ongoing paper and/or electronic record of each client session and client progress. \n\n','True','True',1657143832),(12518,1079,1,'deferredfeedback',1045,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between neurofeedback and biofeedback?\n: Biofeedback is an antiquated form of neurofeedback; neurofeedback is a modern form of biofeedback\n; Biofeedback is for training the entire body and neurofeedback is not\n; Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n; Biofeedback is for training EEG brainwaves and neurofeedback is for training the central nervous system\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n',1657161915),(12519,1079,2,'deferredfeedback',1047,1,1.0000000,0.0000000,1.0000000,0,'Who, of the following historical figures, is not part of the history of EEG?\n: Carl Jung\n; Richard Caton\n; Neal Miller\n; Hans Berger\n','Carl Jung\n','Carl Jung\n',1657161915),(12520,1079,3,'deferredfeedback',1048,1,1.0000000,0.0000000,1.0000000,0,'Who conducted the first neurofeedback experiment?\n: Joe Kamiya\n; Robert Thatcher\n; Barry Sterman\n; Joel Lubar\n','Joe Kamiya\n','Robert Thatcher\n',1657161915),(12521,1079,4,'deferredfeedback',1049,1,1.0000000,0.0000000,1.0000000,0,'Who is a pioneer in the neurotherapy field for inventing stimulation modalities?\n: Anna Wise\n; Nick Dogris\n; Elmer Green\n; Jay Gunkelman\n','Nick Dogris\n','Nick Dogris\n',1657161915),(12522,1079,5,'deferredfeedback',1050,1,1.0000000,0.0000000,1.0000000,0,'Which example involves negative reinforcement?\n\n: I give my child chocolate cake as a reward for eating their vegetables; I stop playing the music that annoys my spouse when he makes me a nice dinner; I give my dog a bone for sitting; I take my toys and leave when I am done playing with my friends','I stop playing the music that annoys my spouse when he makes me a nice dinner','I stop playing the music that annoys my spouse when he makes me a nice dinner',1657161915),(12523,1079,6,'deferredfeedback',1051,1,1.0000000,0.0000000,1.0000000,0,'Who coined the term “operant conditioning”?\n: Mahlon Delong\n; John B. Watson\n; Ivan Pavlov; B.F. Skinner\n','B.F. Skinner\n','B.F. Skinner\n',1657161915),(12524,1079,7,'deferredfeedback',1052,1,1.0000000,0.0000000,1.0000000,0,'Which of the following is not a schedule of reinforcement?\n: Fixed-ratio schedules; Various ratio schedules; Fixed interval schedules; Continuous reinforcement','Various ratio schedules','Continuous reinforcement',1657161915),(12525,1079,8,'deferredfeedback',1053,1,1.0000000,0.0000000,1.0000000,0,'A positive feedback loop:\n: occurs when the product of a reaction leads to an increase in that reaction; occurs when an action leads to the decrease of an opposite and equal reaction; occurs when the removal of a stimulus leads to an increase in a different stimulus; occurs in nature when a chemical change happens that creates more of the same type of chemical change','occurs when the product of a reaction leads to an increase in that reaction','occurs when the product of a reaction leads to an increase in that reaction',1657161915),(12526,1079,9,'deferredfeedback',1054,1,1.0000000,0.0000000,1.0000000,0,'What are the four kinds of attention?\n: Divided, alternating, sustained, selective; Alternating, conditioned, inattentive, focused\n; Divided, united, solo, and dual; Sustained, divided, alternative, traditional','Divided, alternating, sustained, selective','Divided, alternating, sustained, selective',1657161915),(12527,1079,10,'deferredfeedback',1106,1,1.0000000,0.0000000,1.0000000,0,'What disorder did Barry Sterman\'s human research focus on?\n: epilepsy\n; fibromyalgia\n; autism\n; depression\n','autism\n','epilepsy\n',1657161915),(12528,1080,1,'deferredfeedback',1045,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between neurofeedback and biofeedback?\n: Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n; Biofeedback is for training EEG brainwaves and neurofeedback is for training the central nervous system\n; Biofeedback is for training the entire body and neurofeedback is not\n; Biofeedback is an antiquated form of neurofeedback; neurofeedback is a modern form of biofeedback\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n',1657162092),(12529,1080,2,'deferredfeedback',1047,1,1.0000000,0.0000000,1.0000000,0,'Who, of the following historical figures, is not part of the history of EEG?\n: Neal Miller\n; Richard Caton\n; Carl Jung\n; Hans Berger\n','Carl Jung\n','Carl Jung\n',1657162092),(12530,1080,3,'deferredfeedback',1048,1,1.0000000,0.0000000,1.0000000,0,'Who conducted the first neurofeedback experiment?\n: Barry Sterman\n; Robert Thatcher\n; Joe Kamiya\n; Joel Lubar\n','Joe Kamiya\n','Joe Kamiya\n',1657162092),(12531,1080,4,'deferredfeedback',1049,1,1.0000000,0.0000000,1.0000000,0,'Who is a pioneer in the neurotherapy field for inventing stimulation modalities?\n: Elmer Green\n; Jay Gunkelman\n; Nick Dogris\n; Anna Wise\n','Nick Dogris\n','Nick Dogris\n',1657162092),(12532,1080,5,'deferredfeedback',1050,1,1.0000000,0.0000000,1.0000000,0,'Which example involves negative reinforcement?\n\n: I give my dog a bone for sitting; I stop playing the music that annoys my spouse when he makes me a nice dinner; I give my child chocolate cake as a reward for eating their vegetables; I take my toys and leave when I am done playing with my friends','I stop playing the music that annoys my spouse when he makes me a nice dinner','I stop playing the music that annoys my spouse when he makes me a nice dinner',1657162092),(12533,1080,6,'deferredfeedback',1051,1,1.0000000,0.0000000,1.0000000,0,'Who coined the term “operant conditioning”?\n: Mahlon Delong\n; Ivan Pavlov; B.F. Skinner\n; John B. Watson\n','B.F. Skinner\n','B.F. Skinner\n',1657162092),(12534,1080,7,'deferredfeedback',1052,1,1.0000000,0.0000000,1.0000000,0,'Which of the following is not a schedule of reinforcement?\n: Various ratio schedules; Continuous reinforcement; Fixed interval schedules; Fixed-ratio schedules','Various ratio schedules','Fixed-ratio schedules',1657162092),(12535,1080,8,'deferredfeedback',1053,1,1.0000000,0.0000000,1.0000000,0,'A positive feedback loop:\n: occurs when an action leads to the decrease of an opposite and equal reaction; occurs in nature when a chemical change happens that creates more of the same type of chemical change; occurs when the removal of a stimulus leads to an increase in a different stimulus; occurs when the product of a reaction leads to an increase in that reaction','occurs when the product of a reaction leads to an increase in that reaction','occurs when the product of a reaction leads to an increase in that reaction',1657162092),(12536,1080,9,'deferredfeedback',1054,1,1.0000000,0.0000000,1.0000000,0,'What are the four kinds of attention?\n: Divided, united, solo, and dual; Sustained, divided, alternative, traditional; Alternating, conditioned, inattentive, focused\n; Divided, alternating, sustained, selective','Divided, alternating, sustained, selective','Divided, alternating, sustained, selective',1657162092),(12537,1080,10,'deferredfeedback',1106,1,1.0000000,0.0000000,1.0000000,0,'What disorder did Barry Sterman\'s human research focus on?\n: autism\n; epilepsy\n; fibromyalgia\n; depression\n','autism\n','autism\n',1657162092),(12538,1081,1,'deferredfeedback',1045,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between neurofeedback and biofeedback?\n: Biofeedback is for training the entire body and neurofeedback is not\n; Biofeedback is for training EEG brainwaves and neurofeedback is for training the central nervous system\n; Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n; Biofeedback is an antiquated form of neurofeedback; neurofeedback is a modern form of biofeedback\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n','Biofeedback is for training EEG brainwaves and neurofeedback is for training the central nervous system\n',1657203492),(12539,1081,2,'deferredfeedback',1047,1,1.0000000,0.0000000,1.0000000,0,'Who, of the following historical figures, is not part of the history of EEG?\n: Neal Miller\n; Carl Jung\n; Hans Berger\n; Richard Caton\n','Carl Jung\n','Carl Jung\n',1657203492),(12540,1081,3,'deferredfeedback',1048,1,1.0000000,0.0000000,1.0000000,0,'Who conducted the first neurofeedback experiment?\n: Barry Sterman\n; Robert Thatcher\n; Joel Lubar\n; Joe Kamiya\n','Joe Kamiya\n','Joe Kamiya\n',1657203492),(12541,1081,4,'deferredfeedback',1049,1,1.0000000,0.0000000,1.0000000,0,'Who is a pioneer in the neurotherapy field for inventing stimulation modalities?\n: Jay Gunkelman\n; Elmer Green\n; Nick Dogris\n; Anna Wise\n','Nick Dogris\n','Jay Gunkelman\n',1657203492),(12542,1081,5,'deferredfeedback',1050,1,1.0000000,0.0000000,1.0000000,0,'Which example involves negative reinforcement?\n\n: I give my child chocolate cake as a reward for eating their vegetables; I stop playing the music that annoys my spouse when he makes me a nice dinner; I give my dog a bone for sitting; I take my toys and leave when I am done playing with my friends','I stop playing the music that annoys my spouse when he makes me a nice dinner','I stop playing the music that annoys my spouse when he makes me a nice dinner',1657203492),(12543,1081,6,'deferredfeedback',1051,1,1.0000000,0.0000000,1.0000000,0,'Who coined the term “operant conditioning”?\n: John B. Watson\n; B.F. Skinner\n; Ivan Pavlov; Mahlon Delong\n','B.F. Skinner\n','B.F. Skinner\n',1657203492),(12544,1081,7,'deferredfeedback',1052,1,1.0000000,0.0000000,1.0000000,0,'Which of the following is not a schedule of reinforcement?\n: Fixed-ratio schedules; Continuous reinforcement; Fixed interval schedules; Various ratio schedules','Various ratio schedules','Continuous reinforcement',1657203492),(12545,1081,8,'deferredfeedback',1053,1,1.0000000,0.0000000,1.0000000,0,'A positive feedback loop:\n: occurs when the removal of a stimulus leads to an increase in a different stimulus; occurs in nature when a chemical change happens that creates more of the same type of chemical change; occurs when the product of a reaction leads to an increase in that reaction; occurs when an action leads to the decrease of an opposite and equal reaction','occurs when the product of a reaction leads to an increase in that reaction','occurs in nature when a chemical change happens that creates more of the same type of chemical change',1657203492),(12546,1081,9,'deferredfeedback',1054,1,1.0000000,0.0000000,1.0000000,0,'What are the four kinds of attention?\n: Alternating, conditioned, inattentive, focused\n; Sustained, divided, alternative, traditional; Divided, united, solo, and dual; Divided, alternating, sustained, selective','Divided, alternating, sustained, selective','Divided, alternating, sustained, selective',1657203492),(12547,1081,10,'deferredfeedback',1106,1,1.0000000,0.0000000,1.0000000,0,'What disorder did Barry Sterman\'s human research focus on?\n: depression\n; autism\n; fibromyalgia\n; epilepsy\n','autism\n','epilepsy\n',1657203492),(12548,1082,1,'deferredfeedback',1045,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between neurofeedback and biofeedback?\n: Biofeedback is for training EEG brainwaves and neurofeedback is for training the central nervous system\n; Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n; Biofeedback is an antiquated form of neurofeedback; neurofeedback is a modern form of biofeedback\n; Biofeedback is for training the entire body and neurofeedback is not\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n',1657203656),(12549,1082,2,'deferredfeedback',1047,1,1.0000000,0.0000000,1.0000000,0,'Who, of the following historical figures, is not part of the history of EEG?\n: Hans Berger\n; Neal Miller\n; Carl Jung\n; Richard Caton\n','Carl Jung\n','Carl Jung\n',1657203656),(12550,1082,3,'deferredfeedback',1048,1,1.0000000,0.0000000,1.0000000,0,'Who conducted the first neurofeedback experiment?\n: Joe Kamiya\n; Robert Thatcher\n; Joel Lubar\n; Barry Sterman\n','Joe Kamiya\n','Joe Kamiya\n',1657203656),(12551,1082,4,'deferredfeedback',1049,1,1.0000000,0.0000000,1.0000000,0,'Who is a pioneer in the neurotherapy field for inventing stimulation modalities?\n: Nick Dogris\n; Jay Gunkelman\n; Anna Wise\n; Elmer Green\n','Nick Dogris\n','Nick Dogris\n',1657203656),(12552,1082,5,'deferredfeedback',1050,1,1.0000000,0.0000000,1.0000000,0,'Which example involves negative reinforcement?\n\n: I take my toys and leave when I am done playing with my friends; I give my child chocolate cake as a reward for eating their vegetables; I give my dog a bone for sitting; I stop playing the music that annoys my spouse when he makes me a nice dinner','I stop playing the music that annoys my spouse when he makes me a nice dinner','I stop playing the music that annoys my spouse when he makes me a nice dinner',1657203656),(12553,1082,6,'deferredfeedback',1051,1,1.0000000,0.0000000,1.0000000,0,'Who coined the term “operant conditioning”?\n: John B. Watson\n; Mahlon Delong\n; B.F. Skinner\n; Ivan Pavlov','B.F. Skinner\n','B.F. Skinner\n',1657203656),(12554,1082,7,'deferredfeedback',1052,1,1.0000000,0.0000000,1.0000000,0,'Which of the following is not a schedule of reinforcement?\n: Continuous reinforcement; Fixed interval schedules; Various ratio schedules; Fixed-ratio schedules','Various ratio schedules','Various ratio schedules',1657203656),(12555,1082,8,'deferredfeedback',1053,1,1.0000000,0.0000000,1.0000000,0,'A positive feedback loop:\n: occurs when an action leads to the decrease of an opposite and equal reaction; occurs when the removal of a stimulus leads to an increase in a different stimulus; occurs when the product of a reaction leads to an increase in that reaction; occurs in nature when a chemical change happens that creates more of the same type of chemical change','occurs when the product of a reaction leads to an increase in that reaction','occurs in nature when a chemical change happens that creates more of the same type of chemical change',1657203656),(12556,1082,9,'deferredfeedback',1054,1,1.0000000,0.0000000,1.0000000,0,'What are the four kinds of attention?\n: Alternating, conditioned, inattentive, focused\n; Sustained, divided, alternative, traditional; Divided, united, solo, and dual; Divided, alternating, sustained, selective','Divided, alternating, sustained, selective','Divided, alternating, sustained, selective',1657203656),(12557,1082,10,'deferredfeedback',1106,1,1.0000000,0.0000000,1.0000000,0,'What disorder did Barry Sterman\'s human research focus on?\n: epilepsy\n; fibromyalgia\n; autism\n; depression\n','autism\n','autism\n',1657203656),(12558,1083,1,'deferredfeedback',1045,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between neurofeedback and biofeedback?\n: Biofeedback is for training EEG brainwaves and neurofeedback is for training the central nervous system\n; Biofeedback is an antiquated form of neurofeedback; neurofeedback is a modern form of biofeedback\n; Biofeedback is for training the entire body and neurofeedback is not\n; Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n',1657203775),(12559,1083,2,'deferredfeedback',1047,1,1.0000000,0.0000000,1.0000000,0,'Who, of the following historical figures, is not part of the history of EEG?\n: Carl Jung\n; Richard Caton\n; Neal Miller\n; Hans Berger\n','Carl Jung\n','Carl Jung\n',1657203775),(12560,1083,3,'deferredfeedback',1048,1,1.0000000,0.0000000,1.0000000,0,'Who conducted the first neurofeedback experiment?\n: Barry Sterman\n; Joe Kamiya\n; Joel Lubar\n; Robert Thatcher\n','Joe Kamiya\n','Joe Kamiya\n',1657203775),(12561,1083,4,'deferredfeedback',1049,1,1.0000000,0.0000000,1.0000000,0,'Who is a pioneer in the neurotherapy field for inventing stimulation modalities?\n: Anna Wise\n; Nick Dogris\n; Elmer Green\n; Jay Gunkelman\n','Nick Dogris\n','Nick Dogris\n',1657203775),(12562,1083,5,'deferredfeedback',1050,1,1.0000000,0.0000000,1.0000000,0,'Which example involves negative reinforcement?\n\n: I give my dog a bone for sitting; I stop playing the music that annoys my spouse when he makes me a nice dinner; I give my child chocolate cake as a reward for eating their vegetables; I take my toys and leave when I am done playing with my friends','I stop playing the music that annoys my spouse when he makes me a nice dinner','I stop playing the music that annoys my spouse when he makes me a nice dinner',1657203775),(12563,1083,6,'deferredfeedback',1051,1,1.0000000,0.0000000,1.0000000,0,'Who coined the term “operant conditioning”?\n: Mahlon Delong\n; Ivan Pavlov; B.F. Skinner\n; John B. Watson\n','B.F. Skinner\n','B.F. Skinner\n',1657203775),(12564,1083,7,'deferredfeedback',1052,1,1.0000000,0.0000000,1.0000000,0,'Which of the following is not a schedule of reinforcement?\n: Fixed-ratio schedules; Continuous reinforcement; Fixed interval schedules; Various ratio schedules','Various ratio schedules','Various ratio schedules',1657203775),(12565,1083,8,'deferredfeedback',1053,1,1.0000000,0.0000000,1.0000000,0,'A positive feedback loop:\n: occurs in nature when a chemical change happens that creates more of the same type of chemical change; occurs when the product of a reaction leads to an increase in that reaction; occurs when the removal of a stimulus leads to an increase in a different stimulus; occurs when an action leads to the decrease of an opposite and equal reaction','occurs when the product of a reaction leads to an increase in that reaction','occurs when the product of a reaction leads to an increase in that reaction',1657203775),(12566,1083,9,'deferredfeedback',1054,1,1.0000000,0.0000000,1.0000000,0,'What are the four kinds of attention?\n: Divided, alternating, sustained, selective; Alternating, conditioned, inattentive, focused\n; Sustained, divided, alternative, traditional; Divided, united, solo, and dual','Divided, alternating, sustained, selective','Divided, alternating, sustained, selective',1657203775),(12567,1083,10,'deferredfeedback',1106,1,1.0000000,0.0000000,1.0000000,0,'What disorder did Barry Sterman\'s human research focus on?\n: epilepsy\n; depression\n; fibromyalgia\n; autism\n','autism\n','epilepsy\n',1657203775),(12568,1084,1,'deferredfeedback',1426,1,1.0000000,0.0000000,1.0000000,0,'Slow Cortical Potential neurofeedback, infraslow frequency neurofeedback and infralow frequency neurofeedback are the same thing.\n\n','False','False',1657210893),(12569,1084,2,'deferredfeedback',1427,1,1.0000000,0.0000000,1.0000000,0,'1.96 Z scores is _____Standard Deviations\n\n','2','1',1657210893),(12570,1084,3,'deferredfeedback',1428,1,1.0000000,0.0000000,1.0000000,0,'Quantitative databases usually give an overall view of the individual’s data from a _______________perspective.\n\n: Joint Time Frequency Analysis (JTFA)\n\n; Fast Fourier Transform (FFT)\n\n; Independent Components Analysis (ICA)\n\n; None of the above\n\n','Fast Fourier Transform (FFT)\n\n','Fast Fourier Transform (FFT)\n\n',1657210893),(12571,1084,4,'deferredfeedback',1429,1,1.0000000,0.0000000,1.0000000,0,'This image shows high amplitude _______ at _______ Z-scores from the normal population.\n\n: Alpha, 2\n\n; Beta, 2-3\n\n; Beta, 5\n\n; High Beta, 0-1\n\n','Beta, 2-3\n\n','Beta, 2-3\n\n',1657210893),(12572,1084,5,'deferredfeedback',1430,1,1.0000000,0.0000000,1.0000000,0,'Slow Cortical Potentials are thought to be attributed to:\n\n: Excitatory Synaptic Potentials\n\n; EEG Allostasis\n\n; Inhibitory gabaergic processes\n\n; Hemodynamics\n\n','Hemodynamics\n\n','Hemodynamics\n\n',1657210893),(12573,1084,6,'deferredfeedback',1431,1,1.0000000,0.0000000,1.0000000,0,'tDCS stands for:\n\n: Transcranial direct current stimulation\n\n; Transcerebral direct current stimulation\n\n; Transcerebral double current stimulation\n\n; Transcranial double current source\n\n','Transcranial direct current stimulation\n\n','Transcranial direct current stimulation\n\n',1657210893),(12574,1084,7,'deferredfeedback',1432,1,1.0000000,0.0000000,1.0000000,0,'Z-score neurofeedback uses normative databases as the metric clients are measured towards.\n\n','True','True',1657210893),(12575,1084,8,'deferredfeedback',1433,1,1.0000000,0.0000000,1.0000000,0,'Z-score neurofeedback is used to train the individual towards the “Z of ____”\n\n: 1\n; 2\n; 0\n; None of the above\n\n','0\n','0\n',1657210893),(12576,1084,9,'deferredfeedback',1434,1,1.0000000,0.0000000,1.0000000,0,'Using hemoencephalography, the frontal cortex recieves increased blood supply, helping to control ________________.\n\n: Brain injury\n\n; Migraine Headaches\n\n; Encephalopathy\n\n; Autoimmune disorders\n\n','Migraine Headaches\n\n','Encephalopathy\n\n',1657210893),(12577,1084,10,'deferredfeedback',1435,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between the effectiveness of single channel vs. 19 channel neurofeedback?\n\n: 19 channel neurofeedback is more effective\n\n; Single channel neurofeedback is more effective\n\n; Both methods are effective, neither is superior to the other\n\n; Single channel neurofeedback is no longer clinically valid\n\n','Both methods are effective, neither is superior to the other\n\n','Both methods are effective, neither is superior to the other\n\n',1657210893),(12578,1085,1,'deferredfeedback',6,1,1.0000000,0.0000000,1.0000000,0,'Write in the full word for which each letter in the 10-20 system is the acronym:\n\n {T; Fp; F; Occipital; Zenith or Zero; C; P} -> {Frontal; O; Pre-frontal; Temporal; Central; Z; Parietal}','T -> Temporal; Fp -> Pre-frontal; F -> Frontal; Occipital -> O; Zenith or Zero -> Z; C -> Central; P -> Parietal','T -> Temporal; Fp -> Pre-frontal; F -> Frontal; Occipital -> O; Zenith or Zero -> Z; C -> Central; P -> Parietal',1657239356),(12579,1085,2,'deferredfeedback',1,1,1.0000000,0.0000000,1.0000000,0,'Match the 10-20 location with its MCN corollary name\n\n {T6\n\n; T5\n\n; T4\n\n; T3\n\n} -> {T7; T8; P8; P7}','T6\n\n -> P8; T5\n\n -> P7; T4\n\n -> T8; T3\n\n -> T7','T6\n\n -> P8; T5\n\n -> P7; T4\n\n -> T8; T3\n\n -> T7',1657239356),(12580,1085,3,'deferredfeedback',7,1,1.0000000,0.0000000,1.0000000,0,'Label each electrode location\n\nNote: Place the target in the location, not the label (C4). E.g. \n\n; [[Drop zone 1]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 2]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 3]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 4]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 5]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 6]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 7]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 8]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 9]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 10]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 11]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 12]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 13]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 14]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 15]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 16]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 17]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 18]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 19]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 20]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 21]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}',NULL,1657239356),(12581,1085,4,'deferredfeedback',2,1,1.0000000,0.0000000,1.0000000,0,'A single electrode showing high amplitude beta should always be\n\n: accepted, considered for inclusion; questioned, considered as seizure foci; questioned, considered for artifact; accepted, considered for region of interest','questioned, considered for artifact','questioned, considered for artifact',1657239356),(12582,1085,5,'deferredfeedback',3,1,1.0000000,0.0000000,1.0000000,0,'The 10-20 electrode locations that will likely show eye blink artifacts are\n\n: Fp1 and Fp2; F7 and F8; Fz; All of the above','All of the above','All of the above',1657239356),(12583,1085,6,'deferredfeedback',5,1,1.0000000,0.0000000,1.0000000,0,'Mix and Match\n\n {; ; ; ; ; ; } -> {Pulse Artifact; Drowsiness; Sweat; Environmental Noise; Salt Bridge; Lateral Eye Movement; Eye blinks}',' -> Salt Bridge;  -> Pulse Artifact;  -> Drowsiness;  -> Eye blinks;  -> Environmental Noise;  -> Lateral Eye Movement;  -> Sweat',' -> Salt Bridge;  -> Pulse Artifact;  -> Drowsiness;  -> Eye blinks;  -> Environmental Noise;  -> Lateral Eye Movement;  -> Sweat',1657239356),(12584,1086,1,'deferredfeedback',85,1,1.0000000,0.0000000,1.0000000,0,'The Purkinje cells are found in the ___________________.\n\n: Cortex\n; Cerebellum\n\n; Spinal Cord\n\n; Brainstem\n\n','Cerebellum\n\n','Cerebellum\n\n',1657240542),(12585,1086,2,'deferredfeedback',79,1,2.0000000,0.0000000,1.0000000,0,'Excitatory neurotransmitters evoke an electrical change in the _____  (EPSP), depolarizing the post synaptic membrane and leading eventually to an action potential, while inhibitory neurotransmitters result in increased negative charge inside the cell membrane known as the _____ (IPSP) that hyperpolarizes the cell membrane and inhibits depolarization. \n\n','part 1: Excitatory Post Synaptic Potential; part 2: Inhibitory Post Synaptic Potential','part 1: Excitatory postsynaptic potential; part 2: inhibitory postsynaptic potential',1657240542),(12586,1086,3,'deferredfeedback',93,1,1.0000000,0.0000000,1.0000000,0,'There are two types of connections between synapses: (List the words, no commas)\n\n_____','part 1: electrical chemical','part 1: electrical chemical',1657240542),(12587,1086,4,'deferredfeedback',87,1,1.0000000,0.0000000,1.0000000,0,'_______ generate direct current and slow cortical potentials. These cells are thought to be responsible for the ___________ in the brain and this is where bold sugar (glucose) is metabolized.\n\n: Glucose cells, energy storage\n\n; Neurons, energy consumption\n\n; Oligodendricites, hydrodynamics\n\n; Glia, hemodynamics\n\n','Glia, hemodynamics\n\n','Glia, hemodynamics\n\n',1657240542),(12588,1086,5,'deferredfeedback',92,1,1.0000000,0.0000000,1.0000000,0,'________ is also a dominant brainwave in infants, since the earliest stages of life are times of, one, a lot of sleep, and two, neurogenesis and angiogenesis. Young brains form, develop and grow with the production of this brainwave.\n\n','Delta','delta',1657240542),(12589,1086,6,'deferredfeedback',88,1,1.0000000,0.0000000,1.0000000,0,'A slowed alpha can represent a compromise of blood flow, and consequentially oxygen, to an area, which will lead to _________________. \n\n: Seizures\n\n; Coma\n\n; Ischemia\n\n; Death\n\n','Ischemia\n\n','Ischemia\n\n',1657240542),(12590,1086,7,'deferredfeedback',89,1,1.0000000,0.0000000,1.0000000,0,'Lambda is a ___________ morphological feature in the EEG and indicates________________.: Epileptogenic, seizure disposition\n\n; Monomorphic, visual tracking\n\n; Bi-phasic, visual tracking\n\n; Monomorphic, drowsiness\n\n','Monomorphic, visual tracking\n\n','Monomorphic, visual tracking\n\n',1657240542),(12591,1086,8,'deferredfeedback',90,1,1.0000000,0.0000000,1.0000000,0,'Mean alpha rhythm frequency at 4 months is ___Hz, at 12 months is ___Hz, at 36 months is ___hz, at 9 Years is ___Hz, and at 10 years is ___Hz.\n\n: 3, 6, 9, 10, 12\n\n; 4, 6, 8. 9, 10\n\n; 4, 5, 6, 9, 10\n\n; None of the above\n\n','4, 6, 8. 9, 10\n\n','4, 6, 8. 9, 10\n\n',1657240542),(12592,1086,9,'deferredfeedback',91,1,1.0000000,0.0000000,1.0000000,0,'Mu Rhythm is found in the __________ frequency range.\n\n: Beta 1 and Beta 2\n\n; Theta\n\n; Alpha\n\n; Delta \n\n; Beta 1\n\n; Beta 1 and Alpha\n\n','Beta 1 and Alpha\n\n','Beta 1 and Alpha\n\n',1657240542),(12593,1086,10,'deferredfeedback',86,1,1.0000000,0.0000000,1.0000000,0,'Beta Spindling is linked to some, but not all of the below conditions. Select the three conditions that show this waveform:\n\n: epilepsy \n\n; grey matter damage \n\n; cortical irritability\n\n; benzo toxicity 10% of ADD & ADHD \n\n; dementia\n\n; coma\n\n','epilepsy \n\n; cortical irritability\n\n; benzo toxicity 10% of ADD & ADHD \n\n','epilepsy \n\n; cortical irritability\n\n; benzo toxicity 10% of ADD & ADHD \n\n',1657240542),(12594,1087,1,'deferredfeedback',95,1,1.0000000,0.0000000,1.0000000,0,'A bipolar montage is good at locating sources of slow activity in the EEG\n\n','True','True',1657241037),(12595,1087,2,'deferredfeedback',97,1,1.0000000,0.0000000,1.0000000,0,'Joint Time Frequency Analysis shows frequency as a function of time\n\n','True','True',1657241037),(12596,1087,3,'deferredfeedback',98,1,1.0000000,0.0000000,1.0000000,0,'Relative Power is the microvolts of a frequency in a location divided by the sum of all frequency bands’ microvolts \n\n','True','True',1657241037),(12597,1087,4,'deferredfeedback',99,1,1.0000000,0.0000000,1.0000000,0,'The amplitude of EEG is affected by the scalp impedance, skull thickness, and conductance properties of them\n\n','True','True',1657241037),(12598,1087,5,'deferredfeedback',100,1,1.0000000,0.0000000,1.0000000,0,'Shared variance in the EEG due to a temporal source will create false coherence in the QEEG\n\n','True','True',1657241037),(12599,1087,6,'deferredfeedback',101,1,1.0000000,0.0000000,1.0000000,0,'An average montage is useful for showing diffuse activity in the EEG\n\n','False','False',1657241037),(12600,1087,7,'deferredfeedback',102,1,1.0000000,0.0000000,1.0000000,0,'Asymmetry is a measure of a direct relationship between two channels\n\n','True','True',1657241037),(12601,1087,8,'deferredfeedback',103,1,1.0000000,0.0000000,1.0000000,0,'Slower frequencies are smaller in amplitude than faster frequencies \n\n','False','False',1657241037),(12602,1087,9,'deferredfeedback',104,1,1.0000000,0.0000000,1.0000000,0,'A double banana montage is a bi-polar montage\n\n','True','True',1657241037),(12603,1087,10,'deferredfeedback',96,1,1.0000000,0.0000000,1.0000000,0,'A heartbeat coming from the ear reference will not affect the coherence of the QEEG\n\n','False','False',1657241037),(12604,1088,1,'deferredfeedback',95,1,1.0000000,0.0000000,1.0000000,0,'A bipolar montage is good at locating sources of slow activity in the EEG\n\n','True','True',1657244468),(12605,1088,2,'deferredfeedback',97,1,1.0000000,0.0000000,1.0000000,0,'Joint Time Frequency Analysis shows frequency as a function of time\n\n','True','True',1657244468),(12606,1088,3,'deferredfeedback',98,1,1.0000000,0.0000000,1.0000000,0,'Relative Power is the microvolts of a frequency in a location divided by the sum of all frequency bands’ microvolts \n\n','True','False',1657244468),(12607,1088,4,'deferredfeedback',99,1,1.0000000,0.0000000,1.0000000,0,'The amplitude of EEG is affected by the scalp impedance, skull thickness, and conductance properties of them\n\n','True','True',1657244468),(12608,1088,5,'deferredfeedback',100,1,1.0000000,0.0000000,1.0000000,0,'Shared variance in the EEG due to a temporal source will create false coherence in the QEEG\n\n','True','True',1657244468),(12609,1088,6,'deferredfeedback',101,1,1.0000000,0.0000000,1.0000000,0,'An average montage is useful for showing diffuse activity in the EEG\n\n','False','False',1657244468),(12610,1088,7,'deferredfeedback',102,1,1.0000000,0.0000000,1.0000000,0,'Asymmetry is a measure of a direct relationship between two channels\n\n','True','True',1657244468),(12611,1088,8,'deferredfeedback',103,1,1.0000000,0.0000000,1.0000000,0,'Slower frequencies are smaller in amplitude than faster frequencies \n\n','False','False',1657244468),(12612,1088,9,'deferredfeedback',104,1,1.0000000,0.0000000,1.0000000,0,'A double banana montage is a bi-polar montage\n\n','True','True',1657244468),(12613,1088,10,'deferredfeedback',96,1,1.0000000,0.0000000,1.0000000,0,'A heartbeat coming from the ear reference will not affect the coherence of the QEEG\n\n','False','False',1657244468),(12614,1089,1,'deferredfeedback',1436,1,1.0000000,0.0000000,1.0000000,0,'What are some of the main trade organizations for neurotherapy practitioners?\n\n: AAPB and AARP\n\n; BBS and ASET\n\n; ISNR and AAPB\n\n; ISNR and APA\n\n','ISNR and AAPB\n\n','ISNR and AAPB\n\n',1657244791),(12615,1089,2,'deferredfeedback',1437,1,1.0000000,0.0000000,1.0000000,0,'With neurotherapy, can legally treat a psychological pathology without a clinical license.\n\n','False','False',1657244791),(12616,1089,3,'deferredfeedback',1438,1,1.0000000,0.0000000,1.0000000,0,'It is unethical to have a relationship of any sort with your client outside the neurotherapy practice.\n\n','True','True',1657244791),(12617,1089,4,'deferredfeedback',1439,1,1.0000000,0.0000000,1.0000000,0,'It is mandatory the neurotherapist keeps all patient information confidential.\n\n','True','True',1657244791),(12618,1089,5,'deferredfeedback',1440,1,1.0000000,0.0000000,1.0000000,0,'These are circumstances in which a neurotherapist may reveal personal information and contact law enforcement or medical attention on behalf of the patient:\n\n: The patient is refusing to eat\n\n; The patient is actively suicidal; The patient is refusing to pay\n\n; The patient is threatening the therapist\n\n','The patient is actively suicidal','The patient is actively suicidal',1657244791),(12619,1089,6,'deferredfeedback',1441,1,1.0000000,0.0000000,1.0000000,0,'HIPAA was established to:\n\n: Create a safe container for patients and therapists to connect\n\n; Facilitate transfer of information between therapist and health insurance company\n\n; Allow for the transmission of information between patients and their families\n\n; Protect patients’ confidential information\n\n','Protect patients’ confidential information\n\n','Protect patients’ confidential information\n\n',1657244791),(12620,1089,7,'deferredfeedback',1442,1,1.0000000,0.0000000,1.0000000,0,'A patient’s records are their property.\n\n','True','True',1657244791),(12621,1089,8,'deferredfeedback',1443,1,1.0000000,0.0000000,1.0000000,0,'If you suspect an abnormality in the EEG, you should refer the client to another neurotherapist or neurologist.\n\n','True','False',1657244791),(12622,1089,9,'deferredfeedback',1444,1,1.0000000,0.0000000,1.0000000,0,'To qualify for the BCIA certification, you must have a Bachelor’s level education in a ___________________field.\n\n: Agriculture related\n\n; Medical\n\n; Health Care related\n\n; Education related\n\n','Health Care related\n\n','Health Care related\n\n',1657244791),(12623,1089,10,'deferredfeedback',1445,1,1.0000000,0.0000000,1.0000000,0,'A Neurotherapist must keep an ongoing paper and/or electronic record of each client session and client progress. \n\n','True','True',1657244791),(12624,1090,1,'deferredfeedback',1436,1,1.0000000,0.0000000,1.0000000,0,'What are some of the main trade organizations for neurotherapy practitioners?\n\n: BBS and ASET\n\n; AAPB and AARP\n\n; ISNR and AAPB\n\n; ISNR and APA\n\n','ISNR and AAPB\n\n','ISNR and AAPB\n\n',1657309252),(12625,1090,2,'deferredfeedback',1437,1,1.0000000,0.0000000,1.0000000,0,'With neurotherapy, can legally treat a psychological pathology without a clinical license.\n\n','False','False',1657309252),(12626,1090,3,'deferredfeedback',1438,1,1.0000000,0.0000000,1.0000000,0,'It is unethical to have a relationship of any sort with your client outside the neurotherapy practice.\n\n','True','False',1657309252),(12627,1090,4,'deferredfeedback',1439,1,1.0000000,0.0000000,1.0000000,0,'It is mandatory the neurotherapist keeps all patient information confidential.\n\n','True','True',1657309252),(12628,1090,5,'deferredfeedback',1440,1,1.0000000,0.0000000,1.0000000,0,'These are circumstances in which a neurotherapist may reveal personal information and contact law enforcement or medical attention on behalf of the patient:\n\n: The patient is refusing to eat\n\n; The patient is threatening the therapist\n\n; The patient is refusing to pay\n\n; The patient is actively suicidal','The patient is actively suicidal','The patient is actively suicidal',1657309252),(12629,1090,6,'deferredfeedback',1441,1,1.0000000,0.0000000,1.0000000,0,'HIPAA was established to:\n\n: Create a safe container for patients and therapists to connect\n\n; Protect patients’ confidential information\n\n; Allow for the transmission of information between patients and their families\n\n; Facilitate transfer of information between therapist and health insurance company\n\n','Protect patients’ confidential information\n\n','Protect patients’ confidential information\n\n',1657309252),(12630,1090,7,'deferredfeedback',1442,1,1.0000000,0.0000000,1.0000000,0,'A patient’s records are their property.\n\n','True','True',1657309252),(12631,1090,8,'deferredfeedback',1443,1,1.0000000,0.0000000,1.0000000,0,'If you suspect an abnormality in the EEG, you should refer the client to another neurotherapist or neurologist.\n\n','True','True',1657309252),(12632,1090,9,'deferredfeedback',1444,1,1.0000000,0.0000000,1.0000000,0,'To qualify for the BCIA certification, you must have a Bachelor’s level education in a ___________________field.\n\n: Agriculture related\n\n; Education related\n\n; Health Care related\n\n; Medical\n\n','Health Care related\n\n','Health Care related\n\n',1657309252),(12633,1090,10,'deferredfeedback',1445,1,1.0000000,0.0000000,1.0000000,0,'A Neurotherapist must keep an ongoing paper and/or electronic record of each client session and client progress. \n\n','True','True',1657309252),(12634,1091,1,'informationitem',117,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657332379),(12635,1091,2,'deferredfeedback',122,1,1.0000000,0.0000000,1.0000000,0,'What is occurring at the Cz channel in this EEG?\n\n: Environmental Noise\n\n; Spike and Slow Wave\n\n; Electrode Pop\n\n; Lateral Eye Movements\n\n','Electrode Pop\n\n','Electrode Pop\n\n',1657332379),(12636,1091,3,'deferredfeedback',126,1,1.0000000,0.0000000,1.0000000,0,'What is impedance in EEG?\n\n: A measure of the impediment to the flow of direct current, measured in ohms. Larger numbers mean good contact.\n\n; A measure of the connectivity between electrode and scalp, measured in bits. Smaller numbers mean higher resistance to brainwave activity.\n\n;  A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n; A direct measure of how much paste and abrasive scrub was used to prep the individual. Smaller numbers mean poor contact.\n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',1657332379),(12637,1091,4,'deferredfeedback',125,1,1.0000000,0.0000000,1.0000000,0,'What is happening in the boxed electrodes below?\n\n:  Loose electrodes\n\n;  heartbeat artifact\n\n; Focal Delta\n\n; Environmental Noise\n\n',' heartbeat artifact\n\n','Focal Delta\n\n',1657332379),(12638,1091,5,'deferredfeedback',123,1,1.0000000,0.0000000,1.0000000,0,'The centrifugal effect\n\n: is only seen in QEEG maps, and is largely a thing of the past.\n\n; is due to shared variance in the EEG.\n\n; happens in nearly all EEGs.\n\n; is seen in linked ears montages.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n',1657332379),(12639,1091,6,'deferredfeedback',119,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Cable Sway\n\n; Electrical artifact; Sweat artifact\n\n; Muscle artifact\n\n','Electrical artifact','Cable Sway\n\n',1657332379),(12640,1091,7,'deferredfeedback',124,1,1.0000000,0.0000000,1.0000000,0,'What is the activity happening at T4?\n\n: Occipitalis muscle artifact\n\n; Loose electrode\n\n; Frontalis muscle artifact\n\n; Jaw tension\n\n','Jaw tension\n\n','Loose electrode\n\n',1657332379),(12641,1091,8,'deferredfeedback',120,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Epileptiform Activity\n\n; Environmental Activity\n\n; Loose Electrodes\n\n; Jaw Tension\n\n','Environmental Activity\n\n','Environmental Activity\n\n',1657332379),(12642,1091,9,'deferredfeedback',121,1,1.0000000,0.0000000,1.0000000,0,'There are two types of artifacts in this EEG, what are they?\n\n: Medication artifact and electrical artifact\n\n; Sweat and muscle artifact\n\n; Cardiac artifact and medication artifact\n\n; Loose electrodes (“cable sway”) and cardiac artifact\n\n','Cardiac artifact and medication artifact\n\n','Cardiac artifact and medication artifact\n\n',1657332379),(12643,1091,10,'informationitem',127,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657332379),(12644,1091,11,'deferredfeedback',134,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an MAO inhibitor on the EEG? \n\n: These antidepressants have a wide variation of response on the EEG.\n\n;  Isocarboxazide increases 20-30Hz and decreases slower and higher frequencies, similar to a stimulant.\n\n; Nialamide and Tranylcypromine produce a typical profile.\n\n; All of the above.\n\n','All of the above.\n\n','All of the above.\n\n',1657332379),(12645,1091,12,'deferredfeedback',133,1,1.0000000,0.0000000,1.0000000,0,'In the low voltage fast EEG, what does initial exposure create in their brainwaves?\n\n: Higher voltage in the delta, theta and alpha bandwidths, with a reduction in relative beta\n\n; Even more suppressed voltage and higher relative beta\n\n; Periodic lateralized epileptogenic discharges (PLEDS)\n\n;  Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',1657332379),(12646,1091,13,'deferredfeedback',132,1,1.0000000,0.0000000,1.0000000,0,'What are the effect of alcohol on the EEG?\n\n: Consuming alcohol at high levels may cause slowing to occur.\n\n; Consuming alcohol at high levels may cause excessive alpha to occur.\n\n; Consuming alcohol at high levels may cause periodic lateralized epileptiform discharges (PLEDs) to occur.\n\n; Consuming alcohol at high levels may cause desynchronizations in the alpha band to occur.\n\n','Consuming alcohol at high levels may cause slowing to occur.\n\n','Consuming alcohol at high levels may cause slowing to occur.\n\n',1657332379),(12647,1091,14,'deferredfeedback',130,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of PCP on the EEG?\n\n: Increase in alpha and theta amplitude.\n\n; An increase in slow activity, with paroxysmal activity.\n\n; Isoelectric EEGs have been reported\n\n; A decrease in overall voltage.\n\n','An increase in slow activity, with paroxysmal activity.\n\n','An increase in slow activity, with paroxysmal activity.\n\n',1657332379),(12648,1091,15,'deferredfeedback',131,1,1.0000000,0.0000000,1.0000000,0,'What is the effect of morphine, opioids, and heroine on the EEG?\n\n: Initially, increased alpha, and with an increased dose, increased slowing.\n\n; Initially, increased slow content, and with an increased dose, iso-electric EEGs have been seen.\n\n; Initially, increased beta spindles, and with an increased dose, gamma activity.\n\n; Initially, increased alpha synchrony, and with an increased dose.\n\n','Initially, increased alpha, and with an increased dose, increased slowing.\n\n','Initially, increased alpha, and with an increased dose, increased slowing.\n\n',1657332379),(12649,1091,16,'deferredfeedback',128,1,1.0000000,0.0000000,1.0000000,0,'True or False: The level of an individual’s arousal affects the EEG response differently.\n\n','True','True',1657332379),(12650,1091,17,'deferredfeedback',48,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine on the EEG?\n\n: Increased Beta (20-30Hz) activity frontally\n\n; At toxic levels this can cause diffuse slowing in the EEG\n\n; A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n; No effect\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n',1657332379),(12651,1091,18,'deferredfeedback',47,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anti-convulsant Gabapentin on the EEG? \n\n: Beta Spindles from 15-22Hz\n\n; A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; B and C\n\n','B and C\n\n','B and C\n\n',1657332379),(12652,1091,19,'deferredfeedback',54,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Nicotine on the EEG?\n\n: Decrease in delta and theta\n\n; Diffuse beta spindles from 15 – 22Hz\n\n; No change\n\n; Increases alpha peak frequency up to 2Hz\n\n','Increases alpha peak frequency up to 2Hz\n\n','Increases alpha peak frequency up to 2Hz\n\n',1657332379),(12653,1091,20,'informationitem',138,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657332379),(12654,1091,21,'deferredfeedback',142,1,1.0000000,0.0000000,1.0000000,0,'According to Hermann and Demiralp (2005), the “gamma axis” of neuropsychiatric disorders indicates that unhealthy high levels of gamma activity are seen in ___________ and ___________ populations, and unhealthy low levels of low gamma activity are seen in _____________ and ______________ populations.\n\n: Alzheimer’s and Negative Symptom Schizophrenic            ADHD and Epileptic\n\n; Negative Symptom Schizophrenic and ADHD            Epileptic and Alzheimer’s\n\n;  ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n; Epileptic and Negative Symptom Schizophrenic        ADHD and Alzheimer’s\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n','Epileptic and Negative Symptom Schizophrenic        ADHD and Alzheimer’s\n\n',1657332379),(12655,1091,22,'deferredfeedback',158,1,1.0000000,0.0000000,1.0000000,0,'Gamma activity is thought to reflect _________________________ of the brain.: the creative process; an emergent property; highly synchronized action potentials; an excitable state','an emergent property','an emergent property',1657332379),(12656,1091,23,'deferredfeedback',148,1,1.0000000,0.0000000,1.0000000,0,'According to Lutz, et al (2004), long term Buddhist meditators show: Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.; Low voltage overall EEG, reflecting a nirva kalpha samadhi state (“no mind” state).; High amplitude power across all EEG bandwidth, as well as high residual correlation in the gamma band using power – power coupling analyses.; Excess theta and alpha amplitudes, as well as synchronous bursts of gamma','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.',1657332379),(12657,1091,24,'deferredfeedback',141,1,1.0000000,0.0000000,1.0000000,0,' According to Dhar, et al (2010), dyslexics show:\n\n: Increased interhemispheric coherence of 4-7 Hz for dyslexics compared to controls in the central–parietal cortex during the performance of a visuo-spatial attention task, providing further support for dulled collaboration between hemispheres in dyslexics. \n\n; Increased interhemispehric asymmetry of beta activity in the pre-frontal cortex during performance of a visuo-spatial attention task, indicating poor right and left hemispheric communication in executive tasks in dyslexics.\n\n; Decreased interhemispheric asymmetry in delta activity across the hemispheres during the performance of a visuo-spatial attention tasks, providing evidence of poor interhemispheric resting network communication for dyslexics.\n\n; Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n','Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n','Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n',1657332379),(12658,1091,25,'deferredfeedback',152,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','YES\n',1657332379),(12659,1091,26,'deferredfeedback',155,1,1.0000000,0.0000000,1.0000000,0,'The structure in the center of the brain, also known as the pace-maker in the brain, projects to all areas of the cerebral cortex is:: Thalamus; Amygdala; Brainstem; Basal Ganglia','Thalamus','Thalamus',1657332379),(12660,1091,27,'deferredfeedback',159,1,1.0000000,0.0000000,1.0000000,0,'Delta is most commonly found in the adult’s EEG:: When drugged; At childbirth; In NREM 4; In NREM 2','In NREM 4','In NREM 4',1657332379),(12661,1091,28,'deferredfeedback',160,1,1.0000000,0.0000000,1.0000000,0,'Diffuse slow activity reflects a source that is ______________.: False; Pathological; Cortical; Sub-cortical','Sub-cortical','Pathological',1657332379),(12662,1091,29,'deferredfeedback',154,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1657332379),(12663,1091,30,'deferredfeedback',143,1,1.0000000,0.0000000,1.0000000,0,'According to Ratcliffe-Baird (2008), relative to healthy controls, stutterers show:: More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.; Hypercoherence across 25 – 30Hz bands over Broca’s area.; High measures of asymmetry in the alpha band when at rest, as well as during selective inhibition task.; Hypocoherence between F7 and F8 across 1-9Hz when asked to inhibit stuttering while talking.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.',1657332379),(12664,1091,31,'deferredfeedback',153,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1657332379),(12665,1091,32,'deferredfeedback',144,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010) neurofeedback is ________________ medication in terms of its effects on inattention and impulsivity.: Equivalent to; More efficacious than; Less effective than; None of the above','Equivalent to','Less effective than',1657332379),(12666,1091,33,'deferredfeedback',161,1,1.0000000,0.0000000,1.0000000,0,'True or False: EEG patterns are heritable.\n\n','True','True',1657332379),(12667,1091,34,'deferredfeedback',156,1,1.0000000,0.0000000,1.0000000,0,'The higher the frequency in EEG, the lower the:: Amplitude; Pitch; Sensitivity; Neuronal synchrony','Amplitude','Amplitude',1657332379),(12668,1091,35,'deferredfeedback',157,1,1.0000000,0.0000000,1.0000000,0,'Gamma waves typically occur:: in bursts; in meditative states; tonically; when drowsy','in bursts','in bursts',1657332379),(12669,1091,36,'deferredfeedback',145,1,1.0000000,0.0000000,1.0000000,0,'What were the findings from Solso, et al. (2016) regarding differences between the brains of autism spectrum disordered toddlers and healthy controls?: Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall faster than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.',1657332379),(12670,1091,37,'deferredfeedback',147,1,1.0000000,0.0000000,1.0000000,0,'According to Koenig et al., (2005), Alzheimer’s patients showed ______________________.: Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.; Plaques and tangles in the top three layers of pyradimal neurons, creating low voltage beta activity and high amplitude delta activity.; Disconnection between high density network nodes, indicating dysfunctiona resting state network connections.; High amplitude delta and theta activity, paired with low amplitude alpha and beta activity.','Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.','Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.',1657332379),(12671,1091,38,'deferredfeedback',110,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',1657332379),(12672,1091,39,'deferredfeedback',34,1,1.0000000,0.0000000,1.0000000,0,'[Brain ]\n\n1. _____\n\n2. _____\n\n3. _____\n\n4. _____\n\n5. _____\n\n6. _____\n\n7. _____\n\n8. _____\n','part 1: Hypothalamus; part 2: Pituitary Gland; part 3: Amygdala; part 4: Hippocampus; part 5: Medula; part 6: Pons; part 7: Cerebellum; part 8: Thalamus','part 1: Hypothalamus; part 2: pituitary; part 3: amygdala; part 4: hippocampus; part 5: medulla obloganta; part 6: pons; part 7: cerebellum; part 8: thalamus',1657332379),(12673,1091,40,'deferredfeedback',114,1,1.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',1657332379),(12674,1091,41,'deferredfeedback',30,1,1.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: reptilian brain; part 2: limbic system; part 3: neocortex',1657332379),(12675,1091,42,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1657332379),(12676,1091,43,'deferredfeedback',109,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}',1657332379),(12677,1091,44,'informationitem',202,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657332379),(12678,1091,45,'deferredfeedback',166,1,1.0000000,0.0000000,1.0000000,0,'A false positive in QEEG would:: Indicate that the clinician is “throwing the baby out with the bathwater”; Fail to indicate a present finding as present; Indicate a finding was present that actually was not present; Indicate poor artifacting skills','Indicate a finding was present that actually was not present','Indicate a finding was present that actually was not present',1657332379),(12679,1091,46,'deferredfeedback',176,1,1.0000000,0.0000000,1.0000000,0,'Who were the inventors of the SKIL database?: E. Roy John; Robert W. Thatcher; Juri Kropotov; David Kaiser and Barry Sterman','David Kaiser and Barry Sterman','E. Roy John',1657332379),(12680,1091,47,'deferredfeedback',177,1,1.0000000,0.0000000,1.0000000,0,'True or False: One Z-score is considered clinically significant.: True; False','False','False',1657332379),(12681,1091,48,'deferredfeedback',163,1,1.0000000,0.0000000,1.0000000,0,'True or False: Increased sample size is not necessary in order to achieve closer approximations to Gaussian distribution.: True; False','False','False',1657332379),(12682,1091,49,'deferredfeedback',173,1,1.0000000,0.0000000,1.0000000,0,'True or False: A person’s handedness can affect the position of their auditory cortex.: True; False','True','False',1657332379),(12683,1091,50,'deferredfeedback',165,1,1.0000000,0.0000000,1.0000000,0,'Instead of measures of coherence, the SKIL database uses measures of this, which is quite like coherence but does not yield measures of phase: None of the above; Comodulation; Unity; Synchrony','Comodulation','Synchrony',1657332379),(12684,1091,51,'deferredfeedback',171,1,1.0000000,0.0000000,1.0000000,0,'True or False: Non-parametric statistics use parameters such as the mean, standard deviation, Pearson correlation, and variance.: True; False','False','False',1657332379),(12685,1091,52,'deferredfeedback',168,1,1.0000000,0.0000000,1.0000000,0,'The separation of spatially and spectrally independent components from the EEG is analogous to:: Detecting unique voices at a cocktail party; Picking black sheep out of a flock of white sheep; Separating the curds from the whey; Removing extra-cerebral data from cerebral data','Detecting unique voices at a cocktail party','Detecting unique voices at a cocktail party',1657332379),(12686,1091,53,'deferredfeedback',169,1,1.0000000,0.0000000,1.0000000,0,'Event Related Potentials uses this form of analysis: Fundamental Component Analysis; Independent Component Analysis; Quantitative Component Analysis; Principle Component Analysis','Independent Component Analysis','Independent Component Analysis',1657332379),(12687,1091,54,'deferredfeedback',167,1,1.0000000,0.0000000,1.0000000,0,'This statistical method to separate independent sources from superimposed signals is the most common method that has been used in EEG data decomposition, and can be used to identify and remove the artifacts from raw EEG data.: Quantitative EEG Analysis; Principle Components Analysis; Independent Components Analysis; Power-Power Coupling Analysis','Independent Components Analysis','Independent Components Analysis',1657332379),(12688,1091,55,'deferredfeedback',164,1,1.0000000,0.0000000,1.0000000,0,'True or False: In order to run Z-score analysis or Z-score neurofeedback, it is not necessary to transform EEG digital data to approximate a Gaussian shape (a bell curve).: True; False','False','False',1657332379),(12689,1091,56,'deferredfeedback',170,1,1.0000000,0.0000000,1.0000000,0,'They was the first to use Z-scores in EEG Quantitative Analysis;: Milos Matousek and Ingemar Pedersen; Carl Friedrich Gauss; Bob Thatcher; E. Roy John and Frank Duffy','Milos Matousek and Ingemar Pedersen','Bob Thatcher',1657332379),(12690,1091,57,'deferredfeedback',172,1,1.0000000,0.0000000,1.0000000,0,'In Quantitative EEG Databases, it is imperative that the database is broken into groups, defined by ________________.: IQ; Clinical Conditions; Sex; Age','Age','Age',1657332379),(12691,1091,58,'deferredfeedback',162,1,1.0000000,0.0000000,1.0000000,0,'True or False: A larger sample size is necessary for a pediatric population due to the rapid neurological developmental changes.: True; False','True','True',1657332379),(12692,1091,59,'deferredfeedback',178,1,1.0000000,0.0000000,1.0000000,0,'True or False: Clinical Databases, such as Richard Soutar’s and Paul Swingle’s, use a psychologically and physiologically healthy population.: True; False','False','True',1657332379),(12693,1091,60,'deferredfeedback',71,1,1.0000000,0.0000000,1.0000000,0,'What is the unit used for measure of standard deviation in Quantitative EEG?\n\n','Z Scores','Z scores',1657332379),(12694,1091,61,'deferredfeedback',78,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nArtifact Elimination\n','True','True',1657332379),(12695,1091,62,'deferredfeedback',70,1,1.0000000,0.0000000,1.0000000,0,'This figure is depicting what important concept in Quantitative EEG?\n\n[EEG]\n\n: Z-score computation\n\n; Gaussian Distribution\n\n; A bell curve analysis\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1657332379),(12696,1091,63,'deferredfeedback',77,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nAcademic Problems\n','True','True',1657332379),(12697,1091,64,'deferredfeedback',75,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSingle or Married\n','False','False',1657332379),(12698,1091,65,'informationitem',203,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657332379),(12699,1091,66,'deferredfeedback',189,1,1.0000000,0.0000000,1.0000000,0,'If you see a heartbeat artifact contaminating every electrode lead, what should you do to properly interpret the data?: Select any data you choose, the heartbeat will not affect the quantitative EEG; Switch to linked ears reference; Switch to an average reference; Select only those portions of the EEG without the heartbeat','Switch to an average reference','Switch to an average reference',1657332379),(12700,1091,67,'deferredfeedback',181,1,1.0000000,0.0000000,1.0000000,0,'What is the most common problem with linked ears montages?: Shared variance; False coherences; Contaminated ear electrodes; All of the above','All of the above','All of the above',1657332379),(12701,1091,68,'deferredfeedback',197,1,1.0000000,0.0000000,1.0000000,0,'True or False: A popping electrode can lead to false Asymmetry measures: True; False','True','True',1657332379),(12702,1091,69,'deferredfeedback',182,1,1.0000000,0.0000000,1.0000000,0,'Bi-polar montages are useful for:: Isolating artifactual data; Understanding diffuse activity in the EEG; Determining the locality of focal findings; Removing the effects of medication','Determining the locality of focal findings','Determining the locality of focal findings',1657332379),(12703,1091,70,'deferredfeedback',195,1,1.0000000,0.0000000,1.0000000,0,'A broken ear electrode can lead to:: Poor Recording; False Coherences; Global Shared Variance; All of the Above','All of the Above','All of the Above',1657332379),(12704,1091,71,'deferredfeedback',187,1,1.0000000,0.0000000,1.0000000,0,'True or false: Phase reversals and meaningful in beta and gamma bandwidths: True; False','False','True',1657332379),(12705,1091,72,'deferredfeedback',185,1,1.0000000,0.0000000,1.0000000,0,'What is the most accurate definition of coherence?: The measure of difference between two phase angles; A measure of connectivity; A measure of synchrony in disparate waveforms; The stability of phase relationship between any two areas of the brain.','The stability of phase relationship between any two areas of the brain.','The stability of phase relationship between any two areas of the brain.',1657332379),(12706,1091,73,'deferredfeedback',198,1,1.0000000,0.0000000,1.0000000,0,'Phase Reversals can indicate which of the following?: Encephalopathy; None of the above; Post Concussive Syndrome; Lesions','Lesions','Lesions',1657332379),(12707,1091,74,'deferredfeedback',193,1,1.0000000,0.0000000,1.0000000,0,'Hypo Phase Lag indicates:: Too short a duration of phase lock; Too long a duration of phase lock; Too short a duration of phase shift; Too Long a duration of phase shift','Too long a duration of phase lock','Too long a duration of phase lock',1657332379),(12708,1091,75,'deferredfeedback',200,1,1.0000000,0.0000000,1.0000000,0,'In this image, what bandwidth has the lowest power?\n\n: Beta\n; Theta\n\n; Delta\n\n; Alpha\n\n','Delta\n\n','Delta\n\n',1657332379),(12709,1091,76,'deferredfeedback',190,1,1.0000000,0.0000000,1.0000000,0,'True or False:  The Fast Fourier transform (FFT) is a frequency domain method of spectral analysis.: True; False','True','True',1657332379),(12710,1091,77,'deferredfeedback',201,1,1.0000000,0.0000000,1.0000000,0,'What does Figure 1 show that Figure 2 lacks?\n\n1.\n\n2.\n\n:  Z-scores\n\n; Diffusion\n\n;  Slow Content\n\n; Kurtosis\n\n','Kurtosis\n\n','Kurtosis\n\n',1657332379),(12711,1091,78,'deferredfeedback',184,1,1.0000000,0.0000000,1.0000000,0,'This type of montage uses the average of all electrodes as the reference.: Linked Ears; Current Source Density; Bi-polar; Average','Average','Bi-polar',1657332379),(12712,1091,79,'deferredfeedback',196,1,1.0000000,0.0000000,1.0000000,0,'What feature seen in raw EEG is impossible to see in quantitative EEG maps?: Frequency; Amplitude; Artifact; Morphology','Morphology',NULL,1657332379),(12713,1091,80,'deferredfeedback',183,1,1.0000000,0.0000000,1.0000000,0,'Independent Components Analysis:: Identifies spatially and spectrally independent components in the EEG data; Finds patterns that repeat within the EEG; Separates a multivariate signal into its individual components; All of the above','All of the above',NULL,1657332379),(12714,1091,81,'deferredfeedback',98,1,1.0000000,0.0000000,1.0000000,0,'Relative Power is the microvolts of a frequency in a location divided by the sum of all frequency bands’ microvolts \n\n','True',NULL,1657332379),(12715,1091,82,'deferredfeedback',103,1,1.0000000,0.0000000,1.0000000,0,'Slower frequencies are smaller in amplitude than faster frequencies \n\n','False',NULL,1657332379),(12716,1091,83,'deferredfeedback',102,1,1.0000000,0.0000000,1.0000000,0,'Asymmetry is a measure of a direct relationship between two channels\n\n','True',NULL,1657332379),(12717,1091,84,'deferredfeedback',101,1,1.0000000,0.0000000,1.0000000,0,'An average montage is useful for showing diffuse activity in the EEG\n\n','False',NULL,1657332379),(12718,1091,85,'deferredfeedback',100,1,1.0000000,0.0000000,1.0000000,0,'Shared variance in the EEG due to a temporal source will create false coherence in the QEEG\n\n','True',NULL,1657332379),(12719,1092,1,'deferredfeedback',6,1,1.0000000,0.0000000,1.0000000,0,'Write in the full word for which each letter in the 10-20 system is the acronym:\n\n {F; Occipital; T; Zenith or Zero; C; Fp; P} -> {Z; Central; Parietal; O; Frontal; Pre-frontal; Temporal}','F -> Frontal; Occipital -> O; T -> Temporal; Zenith or Zero -> Z; C -> Central; Fp -> Pre-frontal; P -> Parietal','F -> Frontal; Occipital -> O; T -> Temporal; Zenith or Zero -> Z; C -> Central; Fp -> Pre-frontal; P -> Parietal',1657653512),(12720,1092,2,'deferredfeedback',1,1,1.0000000,0.0000000,1.0000000,0,'Match the 10-20 location with its MCN corollary name\n\n {T6\n\n; T5\n\n; T3\n\n; T4\n\n} -> {T8; P8; T7; P7}','T6\n\n -> P8; T5\n\n -> P7; T3\n\n -> T7; T4\n\n -> T8','T6\n\n -> P8; T5\n\n -> P7; T3\n\n -> T7; T4\n\n -> T8',1657653512),(12721,1092,3,'deferredfeedback',7,1,1.0000000,0.0000000,1.0000000,0,'Label each electrode location\n\nNote: Place the target in the location, not the label (C4). E.g. \n\n; [[Drop zone 1]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 2]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 3]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 4]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 5]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 6]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 7]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 8]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 9]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 10]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 11]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 12]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 13]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 14]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 15]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 16]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 17]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 18]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 19]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 20]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 21]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}','{Drop zone 12 -> C4}',1657653512),(12722,1092,4,'deferredfeedback',2,1,1.0000000,0.0000000,1.0000000,0,'A single electrode showing high amplitude beta should always be\n\n: questioned, considered as seizure foci; accepted, considered for region of interest; accepted, considered for inclusion; questioned, considered for artifact','questioned, considered for artifact','questioned, considered for artifact',1657653512),(12723,1092,5,'deferredfeedback',3,1,1.0000000,0.0000000,1.0000000,0,'The 10-20 electrode locations that will likely show eye blink artifacts are\n\n: Fp1 and Fp2; F7 and F8; Fz; All of the above','All of the above','All of the above',1657653512),(12724,1092,6,'deferredfeedback',5,1,1.0000000,0.0000000,1.0000000,0,'Mix and Match\n\n {; ; ; ; ; ; } -> {Sweat; Environmental Noise; Eye blinks; Salt Bridge; Drowsiness; Pulse Artifact; Lateral Eye Movement}',' -> Sweat;  -> Drowsiness;  -> Eye blinks;  -> Environmental Noise;  -> Lateral Eye Movement;  -> Salt Bridge;  -> Pulse Artifact',' -> Sweat;  -> Drowsiness;  -> Eye blinks;  -> Environmental Noise;  -> Lateral Eye Movement;  -> Pulse Artifact;  -> Salt Bridge',1657653512),(12725,1093,1,'deferredfeedback',558,1,1.0000000,0.0000000,1.0000000,1,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: brainstem cerebellum cerebrum',1657660926),(12726,1093,2,'deferredfeedback',545,1,3.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: Reptilian; part 2: Midbrain; part 3: Forebrain',1657660926),(12727,1093,3,'deferredfeedback',560,1,8.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}','Drop zone 1 -> {3. Amygdala} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {1. Hypothalamus} Drop zone 4 -> {8. Thalamus} Drop zone 5 -> {6. Pons} Drop zone 6 -> {5. Medula} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {4. Hippocampus}',1657660926),(12728,1093,4,'deferredfeedback',540,1,4.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n} -> {Thalamus; Pituitary Gland; Hypothalamus; Hippocampus}','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus',1657660926),(12729,1093,5,'deferredfeedback',561,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {4. Primary somatosensory area} Drop zone 4 -> {3. Central sulcus} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {8. Primary auditory area} Drop zone 8 -> {7. Primary visual area} Drop zone 9 -> {9. Temporal lobe}',1657660926),(12730,1093,6,'deferredfeedback',562,1,9.0000000,0.0000000,1.0000000,0,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: macroglia microglia',1657660926),(12731,1093,7,'deferredfeedback',564,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}',1657660926),(12732,1093,8,'deferredfeedback',565,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {3. Third Ventricle} Drop zone 3 -> {2. Interventricular foramen} Drop zone 4 -> {5. Fourth Ventricle} Drop zone 5 -> {4. Cerebral aqueduct} Drop zone 6 -> {6. Central canal}',1657660926),(12733,1093,9,'deferredfeedback',566,1,2.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: networks; part 2: nodes',1657660926),(12734,1093,10,'deferredfeedback',569,1,8.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',1657660926),(12735,1094,1,'informationitem',117,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657665191),(12736,1094,2,'deferredfeedback',122,1,1.0000000,0.0000000,1.0000000,0,'What is occurring at the Cz channel in this EEG?\n\n: Lateral Eye Movements\n\n; Electrode Pop\n\n; Spike and Slow Wave\n\n; Environmental Noise\n\n','Electrode Pop\n\n','Environmental Noise\n\n',1657665191),(12737,1094,3,'deferredfeedback',119,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Electrical artifact; Cable Sway\n\n; Sweat artifact\n\n; Muscle artifact\n\n','Electrical artifact','Electrical artifact',1657665191),(12738,1094,4,'deferredfeedback',124,1,1.0000000,0.0000000,1.0000000,0,'What is the activity happening at T4?\n\n: Frontalis muscle artifact\n\n; Jaw tension\n\n; Loose electrode\n\n; Occipitalis muscle artifact\n\n','Jaw tension\n\n','Jaw tension\n\n',1657665191),(12739,1094,5,'deferredfeedback',121,1,1.0000000,0.0000000,1.0000000,1,'There are two types of artifacts in this EEG, what are they?\n\n: Loose electrodes (“cable sway”) and cardiac artifact\n\n; Medication artifact and electrical artifact\n\n; Sweat and muscle artifact\n\n; Cardiac artifact and medication artifact\n\n','Cardiac artifact and medication artifact\n\n','Sweat and muscle artifact\n\n',1657665191),(12740,1094,6,'deferredfeedback',123,1,1.0000000,0.0000000,1.0000000,0,'The centrifugal effect\n\n: is due to shared variance in the EEG.\n\n; is seen in linked ears montages.\n\n; happens in nearly all EEGs.\n\n; is only seen in QEEG maps, and is largely a thing of the past.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n','happens in nearly all EEGs.\n\n',1657665191),(12741,1094,7,'deferredfeedback',126,1,1.0000000,0.0000000,1.0000000,0,'What is impedance in EEG?\n\n: A direct measure of how much paste and abrasive scrub was used to prep the individual. Smaller numbers mean poor contact.\n\n; A measure of the impediment to the flow of direct current, measured in ohms. Larger numbers mean good contact.\n\n;  A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n; A measure of the connectivity between electrode and scalp, measured in bits. Smaller numbers mean higher resistance to brainwave activity.\n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',1657665191),(12742,1094,8,'deferredfeedback',120,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Environmental Activity\n\n; Jaw Tension\n\n; Epileptiform Activity\n\n; Loose Electrodes\n\n','Environmental Activity\n\n','Environmental Activity\n\n',1657665191),(12743,1094,9,'deferredfeedback',125,1,1.0000000,0.0000000,1.0000000,0,'What is happening in the boxed electrodes below?\n\n: Environmental Noise\n\n;  heartbeat artifact\n\n;  Loose electrodes\n\n; Focal Delta\n\n',' heartbeat artifact\n\n','Environmental Noise\n\n',1657665191),(12744,1094,10,'informationitem',127,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657665191),(12745,1094,11,'deferredfeedback',132,1,1.0000000,0.0000000,1.0000000,0,'What are the effect of alcohol on the EEG?\n\n: Consuming alcohol at high levels may cause excessive alpha to occur.\n\n; Consuming alcohol at high levels may cause slowing to occur.\n\n; Consuming alcohol at high levels may cause periodic lateralized epileptiform discharges (PLEDs) to occur.\n\n; Consuming alcohol at high levels may cause desynchronizations in the alpha band to occur.\n\n','Consuming alcohol at high levels may cause slowing to occur.\n\n','Consuming alcohol at high levels may cause desynchronizations in the alpha band to occur.\n\n',1657665191),(12746,1094,12,'deferredfeedback',131,1,1.0000000,0.0000000,1.0000000,0,'What is the effect of morphine, opioids, and heroine on the EEG?\n\n: Initially, increased beta spindles, and with an increased dose, gamma activity.\n\n; Initially, increased slow content, and with an increased dose, iso-electric EEGs have been seen.\n\n; Initially, increased alpha, and with an increased dose, increased slowing.\n\n; Initially, increased alpha synchrony, and with an increased dose.\n\n','Initially, increased alpha, and with an increased dose, increased slowing.\n\n','Initially, increased beta spindles, and with an increased dose, gamma activity.\n\n',1657665191),(12747,1094,13,'deferredfeedback',133,1,1.0000000,0.0000000,1.0000000,0,'In the low voltage fast EEG, what does initial exposure create in their brainwaves?\n\n: Higher voltage in the delta, theta and alpha bandwidths, with a reduction in relative beta\n\n; Even more suppressed voltage and higher relative beta\n\n; Periodic lateralized epileptogenic discharges (PLEDS)\n\n;  Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',1657665191),(12748,1094,14,'deferredfeedback',130,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of PCP on the EEG?\n\n: An increase in slow activity, with paroxysmal activity.\n\n; A decrease in overall voltage.\n\n; Increase in alpha and theta amplitude.\n\n; Isoelectric EEGs have been reported\n\n','An increase in slow activity, with paroxysmal activity.\n\n',NULL,1657665191),(12749,1094,15,'deferredfeedback',135,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of methylphenidate (Ritalin) on the EEG?\n\n: decrease in all frequency bands, excepting gamma, where we see an increase in amplitude.\n\n; decrease in Beta 2 and Beta 3, with an increase in alpha amplitudes.\n\n; decrease in delta and theta, increase in posterior alpha, increase in low beta amplitudes.\n\n; decrease in slow activity and an increase in beta from 12-26Hz.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n',1657665191),(12750,1094,16,'deferredfeedback',136,1,1.0000000,0.0000000,1.0000000,0,'True or False: Cocaine is a well-known epileptic potentiator.\n','True','True',1657665191),(12751,1094,17,'deferredfeedback',45,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anticonvulsant Carbamazepine on the EEG?\n\n: A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; Test-taking confidence decreased\n\n; All of the above.\n\n','All of the above.\n\n','A decreased in the peak frequency of the posterior (alpha) rhythm\n\n',1657665191),(12752,1094,18,'deferredfeedback',47,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anti-convulsant Gabapentin on the EEG? \n\n: Beta Spindles from 15-22Hz\n\n; A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; B and C\n\n','B and C\n\n','A decreased in the peak frequency of the posterior (alpha) rhythm\n\n',1657665191),(12753,1094,19,'deferredfeedback',48,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine on the EEG?\n\n: No effect\n\n; Increased Beta (20-30Hz) activity frontally\n\n; At toxic levels this can cause diffuse slowing in the EEG\n\n; A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','Increased Beta (20-30Hz) activity frontally\n\n',1657665191),(12754,1094,20,'informationitem',138,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657665191),(12755,1094,21,'deferredfeedback',152,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','YES\n',1657665191),(12756,1094,22,'deferredfeedback',145,1,1.0000000,0.0000000,1.0000000,0,'What were the findings from Solso, et al. (2016) regarding differences between the brains of autism spectrum disordered toddlers and healthy controls?: Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall faster than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.',1657665191),(12757,1094,23,'deferredfeedback',155,1,1.0000000,0.0000000,1.0000000,0,'The structure in the center of the brain, also known as the pace-maker in the brain, projects to all areas of the cerebral cortex is:: Brainstem; Basal Ganglia; Thalamus; Amygdala','Thalamus','Basal Ganglia',1657665191),(12758,1094,24,'deferredfeedback',139,1,1.0000000,0.0000000,1.0000000,0,'According to Arns, et al., (2009), neurofeedback treatment for ADHD was found to be:\n\n: Possibly efficacious” (level 2)\n\n; “Probably efficacious” (level 3)\n\n; “Efficacious” (level 4)\n\n; \"Efficacious and Specific\" (level 5) \n\n','\"Efficacious and Specific\" (level 5) \n\n','\"Efficacious and Specific\" (level 5) \n\n',1657665191),(12759,1094,25,'deferredfeedback',153,1,1.0000000,0.0000000,1.0000000,1,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','YES\n',1657665191),(12760,1094,26,'deferredfeedback',141,1,1.0000000,0.0000000,1.0000000,0,' According to Dhar, et al (2010), dyslexics show:\n\n: Increased interhemispehric asymmetry of beta activity in the pre-frontal cortex during performance of a visuo-spatial attention task, indicating poor right and left hemispheric communication in executive tasks in dyslexics.\n\n; Increased interhemispheric coherence of 4-7 Hz for dyslexics compared to controls in the central–parietal cortex during the performance of a visuo-spatial attention task, providing further support for dulled collaboration between hemispheres in dyslexics. \n\n; Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n; Decreased interhemispheric asymmetry in delta activity across the hemispheres during the performance of a visuo-spatial attention tasks, providing evidence of poor interhemispheric resting network communication for dyslexics.\n\n','Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n','Increased interhemispehric asymmetry of beta activity in the pre-frontal cortex during performance of a visuo-spatial attention task, indicating poor right and left hemispheric communication in executive tasks in dyslexics.\n\n',1657665191),(12761,1094,27,'deferredfeedback',161,1,1.0000000,0.0000000,1.0000000,0,'True or False: EEG patterns are heritable.\n\n','True','True',1657665191),(12762,1094,28,'deferredfeedback',160,1,1.0000000,0.0000000,1.0000000,0,'Diffuse slow activity reflects a source that is ______________.: Sub-cortical; False; Cortical; Pathological','Sub-cortical','Sub-cortical',1657665191),(12763,1094,29,'deferredfeedback',158,1,1.0000000,0.0000000,1.0000000,0,'Gamma activity is thought to reflect _________________________ of the brain.: highly synchronized action potentials; an excitable state; the creative process; an emergent property','an emergent property','highly synchronized action potentials',1657665191),(12764,1094,30,'deferredfeedback',157,1,1.0000000,0.0000000,1.0000000,0,'Gamma waves typically occur:: in meditative states; tonically; when drowsy; in bursts','in bursts','in meditative states',1657665191),(12765,1094,31,'deferredfeedback',140,1,1.0000000,0.0000000,1.0000000,0,'According to Coben and Padlosky (2008), autism spectrum disordered individuals showed what over 20 sessions?\n\n: A 40% success rate with 40% reduction in core ASD symptoms.\n\n;  A 70% success rate with an 88% reduction in core ASD symptoms.\n\n; No change.\n\n;  An 89% success rate with a 40% reduction in core ASD symptoms.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n','A 40% success rate with 40% reduction in core ASD symptoms.\n\n',1657665191),(12766,1094,32,'deferredfeedback',146,1,1.0000000,0.0000000,1.0000000,0,'According to Thatcher, et al. (2009), phase shift duration in ASD subjects was ___________________________ in all frequency bands but especially in the alpha-1 frequency band (8–10 Hz). Phase lock duration was _______________________ in the alpha-2 frequency band (10–12 Hz) in ASD subjects.: Significantly Shorter, Significantly Longer; Slightly Longer, Slightly Shorter; Significantly Longer, Significantly Slower; Slightly Shorter, Slightly Longer','Significantly Shorter, Significantly Longer','Significantly Shorter, Significantly Longer',1657665191),(12767,1094,33,'deferredfeedback',150,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010), neurofeedback is most effective for the main complaint of hyperactivity in ADHD children.','False','True',1657665191),(12768,1094,34,'deferredfeedback',144,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010) neurofeedback is ________________ medication in terms of its effects on inattention and impulsivity.: Equivalent to; More efficacious than; Less effective than; None of the above','Equivalent to','Equivalent to',1657665191),(12769,1094,35,'deferredfeedback',148,1,1.0000000,0.0000000,1.0000000,0,'According to Lutz, et al (2004), long term Buddhist meditators show: High amplitude power across all EEG bandwidth, as well as high residual correlation in the gamma band using power – power coupling analyses.; Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.; Excess theta and alpha amplitudes, as well as synchronous bursts of gamma; Low voltage overall EEG, reflecting a nirva kalpha samadhi state (“no mind” state).','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.',1657665191),(12770,1094,36,'deferredfeedback',147,1,1.0000000,0.0000000,1.0000000,0,'According to Koenig et al., (2005), Alzheimer’s patients showed ______________________.: High amplitude delta and theta activity, paired with low amplitude alpha and beta activity.; Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.; Disconnection between high density network nodes, indicating dysfunctiona resting state network connections.; Plaques and tangles in the top three layers of pyradimal neurons, creating low voltage beta activity and high amplitude delta activity.','Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.','Plaques and tangles in the top three layers of pyradimal neurons, creating low voltage beta activity and high amplitude delta activity.',1657665191),(12771,1094,37,'deferredfeedback',154,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','YES\n',1657665191),(12772,1094,38,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {7. Primary visual area} Drop zone 3 -> {4. Primary somatosensory area} Drop zone 4 -> {2. Primary motor area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {3. Central sulcus} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1657665191),(12773,1094,39,'deferredfeedback',30,1,1.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: ; part 2: ; part 3: ',1657665191),(12774,1094,40,'deferredfeedback',25,1,1.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n} -> {Pituitary Gland; Thalamus; Hippocampus; Hypothalamus}','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland',NULL,1657665191),(12775,1094,41,'deferredfeedback',34,1,1.0000000,0.0000000,1.0000000,0,'[Brain ]\n\n1. _____\n\n2. _____\n\n3. _____\n\n4. _____\n\n5. _____\n\n6. _____\n\n7. _____\n\n8. _____\n','part 1: Hypothalamus; part 2: Pituitary Gland; part 3: Amygdala; part 4: Hippocampus; part 5: Medula; part 6: Pons; part 7: Cerebellum; part 8: Thalamus','part 1: ; part 2: ; part 3: ; part 4: ; part 5: ; part 6: ; part 7: ; part 8: ',1657665191),(12776,1094,42,'deferredfeedback',105,1,1.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',NULL,1657665191),(12777,1094,43,'deferredfeedback',109,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}',NULL,1657665191),(12778,1094,44,'informationitem',202,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657665191),(12779,1094,45,'deferredfeedback',167,1,1.0000000,0.0000000,1.0000000,0,'This statistical method to separate independent sources from superimposed signals is the most common method that has been used in EEG data decomposition, and can be used to identify and remove the artifacts from raw EEG data.: Power-Power Coupling Analysis; Quantitative EEG Analysis; Principle Components Analysis; Independent Components Analysis','Independent Components Analysis',NULL,1657665191),(12780,1094,46,'deferredfeedback',176,1,1.0000000,0.0000000,1.0000000,0,'Who were the inventors of the SKIL database?: Juri Kropotov; E. Roy John; David Kaiser and Barry Sterman; Robert W. Thatcher','David Kaiser and Barry Sterman',NULL,1657665191),(12781,1094,47,'deferredfeedback',168,1,1.0000000,0.0000000,1.0000000,0,'The separation of spatially and spectrally independent components from the EEG is analogous to:: Detecting unique voices at a cocktail party; Separating the curds from the whey; Picking black sheep out of a flock of white sheep; Removing extra-cerebral data from cerebral data','Detecting unique voices at a cocktail party',NULL,1657665191),(12782,1094,48,'deferredfeedback',174,1,1.0000000,0.0000000,1.0000000,0,'True or False: EEG is an excellent modality for imaging both temporal and spatial activity in the brain.: False; True','False',NULL,1657665191),(12783,1094,49,'deferredfeedback',166,1,1.0000000,0.0000000,1.0000000,0,'A false positive in QEEG would:: Indicate a finding was present that actually was not present; Indicate poor artifacting skills; Indicate that the clinician is “throwing the baby out with the bathwater”; Fail to indicate a present finding as present','Indicate a finding was present that actually was not present',NULL,1657665191),(12784,1094,50,'deferredfeedback',177,1,1.0000000,0.0000000,1.0000000,0,'True or False: One Z-score is considered clinically significant.: True; False','False',NULL,1657665191),(12785,1094,51,'deferredfeedback',163,1,1.0000000,0.0000000,1.0000000,0,'True or False: Increased sample size is not necessary in order to achieve closer approximations to Gaussian distribution.: True; False','False',NULL,1657665191),(12786,1094,52,'deferredfeedback',165,1,1.0000000,0.0000000,1.0000000,0,'Instead of measures of coherence, the SKIL database uses measures of this, which is quite like coherence but does not yield measures of phase: Comodulation; Unity; None of the above; Synchrony','Comodulation',NULL,1657665191),(12787,1094,53,'deferredfeedback',179,1,1.0000000,0.0000000,1.0000000,0,'True or False: Lateral eye movement can be seen in a quantitative EEG as delta at the F7 and F8 electrode locations.: True; False','True',NULL,1657665191),(12788,1094,54,'deferredfeedback',169,1,1.0000000,0.0000000,1.0000000,0,'Event Related Potentials uses this form of analysis: Quantitative Component Analysis; Principle Component Analysis; Independent Component Analysis; Fundamental Component Analysis','Independent Component Analysis',NULL,1657665191),(12789,1094,55,'deferredfeedback',180,1,1.0000000,0.0000000,1.0000000,0,'True or False: Independent Components Analysis requires the cleaning of EEG data from artifacts.: True; False','False',NULL,1657665191),(12790,1094,56,'deferredfeedback',171,1,1.0000000,0.0000000,1.0000000,0,'True or False: Non-parametric statistics use parameters such as the mean, standard deviation, Pearson correlation, and variance.: True; False','False',NULL,1657665191),(12791,1094,57,'deferredfeedback',172,1,1.0000000,0.0000000,1.0000000,0,'In Quantitative EEG Databases, it is imperative that the database is broken into groups, defined by ________________.: Age; Sex; IQ; Clinical Conditions','Age',NULL,1657665191),(12792,1094,58,'deferredfeedback',173,1,1.0000000,0.0000000,1.0000000,0,'True or False: A person’s handedness can affect the position of their auditory cortex.: True; False','True',NULL,1657665191),(12793,1094,59,'deferredfeedback',178,1,1.0000000,0.0000000,1.0000000,0,'True or False: Clinical Databases, such as Richard Soutar’s and Paul Swingle’s, use a psychologically and physiologically healthy population.: True; False','False',NULL,1657665191),(12794,1094,60,'deferredfeedback',73,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nDiverse demographics in the sample\n\n','True',NULL,1657665191),(12795,1094,61,'deferredfeedback',75,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSingle or Married\n','False',NULL,1657665191),(12796,1094,62,'deferredfeedback',77,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nAcademic Problems\n','True',NULL,1657665191),(12797,1094,63,'deferredfeedback',70,1,1.0000000,0.0000000,1.0000000,0,'This figure is depicting what important concept in Quantitative EEG?\n\n[EEG]\n\n: Z-score computation\n\n; Gaussian Distribution\n\n; A bell curve analysis\n\n; All of the above\n\n','All of the above\n\n',NULL,1657665191),(12798,1094,64,'deferredfeedback',76,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSex\n\n','True',NULL,1657665191),(12799,1094,65,'informationitem',203,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657665191),(12800,1094,66,'deferredfeedback',185,1,1.0000000,0.0000000,1.0000000,0,'What is the most accurate definition of coherence?: A measure of synchrony in disparate waveforms; The measure of difference between two phase angles; A measure of connectivity; The stability of phase relationship between any two areas of the brain.','The stability of phase relationship between any two areas of the brain.',NULL,1657665191),(12801,1094,67,'deferredfeedback',197,1,1.0000000,0.0000000,1.0000000,0,'True or False: A popping electrode can lead to false Asymmetry measures: True; False','True',NULL,1657665191),(12802,1094,68,'deferredfeedback',194,1,1.0000000,0.0000000,1.0000000,0,'When __________________ is too short then there are fewer neural resources available to be phase locked into a stable dynamic: Phase Lock Duration; Phase Reset; Phase Shift Duration; Phase','Phase Shift Duration',NULL,1657665191),(12803,1094,69,'deferredfeedback',181,1,1.0000000,0.0000000,1.0000000,0,'What is the most common problem with linked ears montages?: Shared variance; False coherences; Contaminated ear electrodes; All of the above','All of the above',NULL,1657665191),(12804,1094,70,'deferredfeedback',200,1,1.0000000,0.0000000,1.0000000,0,'In this image, what bandwidth has the lowest power?\n\n: Alpha\n\n; Delta\n\n; Beta\n; Theta\n\n','Delta\n\n',NULL,1657665191),(12805,1094,71,'deferredfeedback',199,1,1.0000000,0.0000000,1.0000000,0,'True or False: A Fast Fourier Transform and a Joint Time Frequency Analysis both decompose a comple signal into its component frequencies.: True; False','True',NULL,1657665191),(12806,1094,72,'deferredfeedback',187,1,1.0000000,0.0000000,1.0000000,0,'True or false: Phase reversals and meaningful in beta and gamma bandwidths: True; False','False',NULL,1657665191),(12807,1094,73,'deferredfeedback',189,1,1.0000000,0.0000000,1.0000000,0,'If you see a heartbeat artifact contaminating every electrode lead, what should you do to properly interpret the data?: Switch to an average reference; Select only those portions of the EEG without the heartbeat; Select any data you choose, the heartbeat will not affect the quantitative EEG; Switch to linked ears reference','Switch to an average reference',NULL,1657665191),(12808,1094,74,'deferredfeedback',201,1,1.0000000,0.0000000,1.0000000,0,'What does Figure 1 show that Figure 2 lacks?\n\n1.\n\n2.\n\n:  Z-scores\n\n; Diffusion\n\n;  Slow Content\n\n; Kurtosis\n\n','Kurtosis\n\n',NULL,1657665191),(12809,1094,75,'deferredfeedback',186,1,1.0000000,0.0000000,1.0000000,0,'Activity from which lobes can impact a linked ears recording?: Frontal; Temporal; Occipital; Parietal','Temporal',NULL,1657665191),(12810,1094,76,'deferredfeedback',192,1,1.0000000,0.0000000,1.0000000,0,'These are the three kinds of connectivity:: Independent, Principal, and Primary; Efferent, Afferent, and Typical; Structural, Fundamental, and Principal; Functional, Effective, and Structural','Functional, Effective, and Structural',NULL,1657665191),(12811,1094,77,'deferredfeedback',190,1,1.0000000,0.0000000,1.0000000,0,'True or False:  The Fast Fourier transform (FFT) is a frequency domain method of spectral analysis.: True; False','True',NULL,1657665191),(12812,1094,78,'deferredfeedback',193,1,1.0000000,0.0000000,1.0000000,0,'Hypo Phase Lag indicates:: Too Long a duration of phase shift; Too short a duration of phase shift; Too long a duration of phase lock; Too short a duration of phase lock','Too long a duration of phase lock',NULL,1657665191),(12813,1094,79,'deferredfeedback',196,1,1.0000000,0.0000000,1.0000000,0,'What feature seen in raw EEG is impossible to see in quantitative EEG maps?: Morphology; Amplitude; Frequency; Artifact','Morphology',NULL,1657665191),(12814,1094,80,'deferredfeedback',184,1,1.0000000,0.0000000,1.0000000,0,'This type of montage uses the average of all electrodes as the reference.: Current Source Density; Average; Bi-polar; Linked Ears','Average',NULL,1657665191),(12815,1094,81,'deferredfeedback',97,1,1.0000000,0.0000000,1.0000000,0,'Joint Time Frequency Analysis shows frequency as a function of time\n\n','True',NULL,1657665191),(12816,1094,82,'deferredfeedback',96,1,1.0000000,0.0000000,1.0000000,0,'A heartbeat coming from the ear reference will not affect the coherence of the QEEG\n\n','False',NULL,1657665191),(12817,1094,83,'deferredfeedback',101,1,1.0000000,0.0000000,1.0000000,0,'An average montage is useful for showing diffuse activity in the EEG\n\n','False',NULL,1657665191),(12818,1094,84,'deferredfeedback',98,1,1.0000000,0.0000000,1.0000000,0,'Relative Power is the microvolts of a frequency in a location divided by the sum of all frequency bands’ microvolts \n\n','True',NULL,1657665191),(12819,1094,85,'deferredfeedback',95,1,1.0000000,0.0000000,1.0000000,0,'A bipolar montage is good at locating sources of slow activity in the EEG\n\n','True',NULL,1657665191),(12820,1095,1,'deferredfeedback',558,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: cerebrum cerebellum brainstem',1657663296),(12821,1095,2,'deferredfeedback',545,1,3.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: reptilian; part 2: limbic; part 3: neocortex',1657663296),(12822,1095,3,'deferredfeedback',560,1,8.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',1657663296),(12823,1095,4,'deferredfeedback',540,1,4.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n} -> {Hippocampus; Thalamus; Hypothalamus; Pituitary Gland}','This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus','This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Hippocampus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Thalamus',1657663296),(12824,1095,5,'deferredfeedback',561,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1657663296),(12825,1095,6,'deferredfeedback',562,1,9.0000000,0.0000000,1.0000000,0,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: macroglia microglia',1657663296),(12826,1095,7,'deferredfeedback',564,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}',1657663296),(12827,1095,8,'deferredfeedback',565,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',1657663296),(12828,1095,9,'deferredfeedback',566,1,2.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: networks; part 2: nodes',1657663296),(12829,1095,10,'deferredfeedback',569,1,8.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',1657663296),(12830,1096,1,'deferredfeedback',558,1,1.0000000,0.0000000,1.0000000,1,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: brain spinal cord',1657663841),(12831,1096,2,'deferredfeedback',545,1,3.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: reptilian; part 2: limbic; part 3: neocortex',1657663841),(12832,1096,3,'deferredfeedback',560,1,8.0000000,0.0000000,1.0000000,1,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}','Drop zone 1 -> {4. Hippocampus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {1. Hypothalamus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',1657663841),(12833,1096,4,'deferredfeedback',540,1,4.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n} -> {Hypothalamus; Hippocampus; Thalamus; Pituitary Gland}','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus',1657663841),(12834,1096,5,'deferredfeedback',561,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1657663841),(12835,1096,6,'deferredfeedback',562,1,9.0000000,0.0000000,1.0000000,0,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: macroglia microglia',1657663841),(12836,1096,7,'deferredfeedback',564,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}',1657663841),(12837,1096,8,'deferredfeedback',565,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',1657663841),(12838,1096,9,'deferredfeedback',566,1,2.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: networks; part 2: nodes',1657663841),(12839,1096,10,'deferredfeedback',569,1,8.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',1657663841),(12840,1097,1,'deferredfeedback',1065,1,1.0000000,0.0000000,1.0000000,0,'What are the three main parts of the central nervous system?\n: Neocortex, limbic system, spinal cord\n; Prefrontal cortex, cerebellum, occipital lobe\n; Brain, brainstem and spinal cord\n; Reptilian brain, old mammalian brain, neo cortex\n','Brain, brainstem and spinal cord\n','Brain, brainstem and spinal cord\n',1657664051),(12841,1097,2,'deferredfeedback',1066,1,1.0000000,0.0000000,1.0000000,0,'What lobe of the brain is responsible for visual processing?\n: Parietal\n\n; Cerebellum\n\n; Temporal\n\n; Occipital\n\n','Occipital\n\n','Occipital\n\n',1657664051),(12842,1097,3,'deferredfeedback',1067,1,1.0000000,0.0000000,1.0000000,0,'What lobe of the brain is primarily responsible for auditory processing?\n\n: Parietal\n\n; Temporal\n\n; Occipital\n\n; Cerebellum\n\n','Temporal\n\n','Temporal\n\n',1657664051),(12843,1097,4,'deferredfeedback',1068,1,1.0000000,0.0000000,1.0000000,0,'What part of the brain is known for fundamental role in fight – flight response?\n\n: Basal Ganglia\n\n; Amygdala\n\n; Thalamus\n\n; Olfactory Bulb\n\n','Amygdala\n\n','Amygdala\n\n',1657664051),(12844,1097,5,'deferredfeedback',1069,1,1.0000000,0.0000000,1.0000000,0,'Who discovered the neuron?\n\n: Richard Caton\n\n; Santiago Ramon y Cajal\n\n; Hans Berger\n\n; Otto Loewi\n\n','Santiago Ramon y Cajal\n\n','Santiago Ramon y Cajal\n\n',1657664051),(12845,1097,6,'deferredfeedback',1070,1,1.0000000,0.0000000,1.0000000,0,'What are Brodmann areas?\n\n: Regions of the brain that are divided by their function\n\n; Regions of the brain that are divided by their cellular architecture\n\n; Regions of the brain that subdivide the lobes into smaller regions\n\n; All of the above\n\n','All of the above\n\n','Regions of the brain that are divided by their cellular architecture\n\n',1657664051),(12846,1097,7,'deferredfeedback',1071,1,1.0000000,0.0000000,1.0000000,0,'What is an event related potential?\n\n: Summated action potentials\n\n; Similar to an action potential, but tied to an event in the brain\n\n; the measured brain response that is the direct result of a specific sensory, cognitive, or motor event.\n\n; An event that occurs in the brain when something unexpected occurs\n\n','the measured brain response that is the direct result of a specific sensory, cognitive, or motor event.\n\n','the measured brain response that is the direct result of a specific sensory, cognitive, or motor event.\n\n',1657664051),(12847,1097,8,'deferredfeedback',1072,1,1.0000000,0.0000000,1.0000000,0,'What is coherence?\n\n: The stability of the phase relationship between different sites in the brain\n\n; A measure of how the brain is communicating with itself\n\n; A measure of synchrony\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1657664051),(12848,1097,9,'deferredfeedback',1073,1,1.0000000,0.0000000,1.0000000,0,'Neurons that ascend from the spinal cord and peripheral nervous system to the brain are called___________ and neurons that descend from the brain to the body are called__________.\n\n: Upward tracts, downward tracts\n\n; Afferent, efferent\n\n; Ascending, descending\n\n; Efferent, afferent\n\n','Afferent, efferent\n\n','Ascending, descending\n\n',1657664051),(12849,1097,10,'deferredfeedback',1074,1,1.0000000,0.0000000,1.0000000,0,'Slow Cortical Potentials are slow shifts in the EEG that last from ___________seconds to ________________.\n\n: 1 to 4 seconds\n\n; .001 second to one second\n\n; 0.3 seconds to several seconds\n\n; 0.1 second to one second\n\n','0.3 seconds to several seconds\n\n','0.3 seconds to several seconds\n\n',1657664051),(12850,1098,1,'deferredfeedback',1045,1,1.0000000,0.0000000,1.0000000,0,'What is the difference between neurofeedback and biofeedback?\n: Biofeedback is for training EEG brainwaves and neurofeedback is for training the central nervous system\n; Biofeedback is for training the entire body and neurofeedback is not\n; Biofeedback is an antiquated form of neurofeedback; neurofeedback is a modern form of biofeedback\n; Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n','Biofeedback is for training the body (e.g.. HRV, galvanic skin response) and neurofeedback is for training EEG brainwaves\n',1657736082),(12851,1098,2,'deferredfeedback',1047,1,1.0000000,0.0000000,1.0000000,0,'Who, of the following historical figures, is not part of the history of EEG?\n: Carl Jung\n; Richard Caton\n; Neal Miller\n; Hans Berger\n','Carl Jung\n','Carl Jung\n',1657736082),(12852,1098,3,'deferredfeedback',1048,1,1.0000000,0.0000000,1.0000000,0,'Who conducted the first neurofeedback experiment?\n: Robert Thatcher\n; Joe Kamiya\n; Joel Lubar\n; Barry Sterman\n','Joe Kamiya\n','Joe Kamiya\n',1657736082),(12853,1098,4,'deferredfeedback',1049,1,1.0000000,0.0000000,1.0000000,0,'Who is a pioneer in the neurotherapy field for inventing stimulation modalities?\n: Anna Wise\n; Jay Gunkelman\n; Elmer Green\n; Nick Dogris\n','Nick Dogris\n','Nick Dogris\n',1657736082),(12854,1098,5,'deferredfeedback',1050,1,1.0000000,0.0000000,1.0000000,0,'Which example involves negative reinforcement?\n\n: I give my child chocolate cake as a reward for eating their vegetables; I give my dog a bone for sitting; I stop playing the music that annoys my spouse when he makes me a nice dinner; I take my toys and leave when I am done playing with my friends','I stop playing the music that annoys my spouse when he makes me a nice dinner','I stop playing the music that annoys my spouse when he makes me a nice dinner',1657736082),(12855,1098,6,'deferredfeedback',1051,1,1.0000000,0.0000000,1.0000000,0,'Who coined the term “operant conditioning”?\n: John B. Watson\n; Ivan Pavlov; B.F. Skinner\n; Mahlon Delong\n','B.F. Skinner\n','B.F. Skinner\n',1657736082),(12856,1098,7,'deferredfeedback',1052,1,1.0000000,0.0000000,1.0000000,0,'Which of the following is not a schedule of reinforcement?\n: Various ratio schedules; Fixed interval schedules; Continuous reinforcement; Fixed-ratio schedules','Various ratio schedules','Various ratio schedules',1657736082),(12857,1098,8,'deferredfeedback',1053,1,1.0000000,0.0000000,1.0000000,0,'A positive feedback loop:\n: occurs when an action leads to the decrease of an opposite and equal reaction; occurs in nature when a chemical change happens that creates more of the same type of chemical change; occurs when the removal of a stimulus leads to an increase in a different stimulus; occurs when the product of a reaction leads to an increase in that reaction','occurs when the product of a reaction leads to an increase in that reaction','occurs when the product of a reaction leads to an increase in that reaction',1657736082),(12858,1098,9,'deferredfeedback',1054,1,1.0000000,0.0000000,1.0000000,0,'What are the four kinds of attention?\n: Divided, alternating, sustained, selective; Alternating, conditioned, inattentive, focused\n; Sustained, divided, alternative, traditional; Divided, united, solo, and dual','Divided, alternating, sustained, selective','Divided, alternating, sustained, selective',1657736082),(12859,1098,10,'deferredfeedback',1106,1,1.0000000,0.0000000,1.0000000,0,'What disorder did Barry Sterman\'s human research focus on?\n: epilepsy\n; fibromyalgia\n; depression\n; autism\n','autism\n','depression\n',1657736082),(12860,1099,1,'informationitem',117,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657929903),(12861,1099,2,'deferredfeedback',123,1,1.0000000,0.0000000,1.0000000,0,'The centrifugal effect\n\n: is only seen in QEEG maps, and is largely a thing of the past.\n\n; is seen in linked ears montages.\n\n; happens in nearly all EEGs.\n\n; is due to shared variance in the EEG.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n',1657929903),(12862,1099,3,'deferredfeedback',119,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Cable Sway\n\n; Muscle artifact\n\n; Electrical artifact; Sweat artifact\n\n','Electrical artifact','Electrical artifact',1657929903),(12863,1099,4,'deferredfeedback',120,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Environmental Activity\n\n; Loose Electrodes\n\n; Epileptiform Activity\n\n; Jaw Tension\n\n','Environmental Activity\n\n','Environmental Activity\n\n',1657929903),(12864,1099,5,'deferredfeedback',126,1,1.0000000,0.0000000,1.0000000,0,'What is impedance in EEG?\n\n:  A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n; A direct measure of how much paste and abrasive scrub was used to prep the individual. Smaller numbers mean poor contact.\n\n; A measure of the impediment to the flow of direct current, measured in ohms. Larger numbers mean good contact.\n\n; A measure of the connectivity between electrode and scalp, measured in bits. Smaller numbers mean higher resistance to brainwave activity.\n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n','A measure of the impediment to the flow of direct current, measured in ohms. Larger numbers mean good contact.\n\n',1657929903),(12865,1099,6,'deferredfeedback',122,1,1.0000000,0.0000000,1.0000000,0,'What is occurring at the Cz channel in this EEG?\n\n: Environmental Noise\n\n; Electrode Pop\n\n; Spike and Slow Wave\n\n; Lateral Eye Movements\n\n','Electrode Pop\n\n','Electrode Pop\n\n',1657929903),(12866,1099,7,'deferredfeedback',124,1,1.0000000,0.0000000,1.0000000,0,'What is the activity happening at T4?\n\n: Loose electrode\n\n; Jaw tension\n\n; Occipitalis muscle artifact\n\n; Frontalis muscle artifact\n\n','Jaw tension\n\n','Jaw tension\n\n',1657929903),(12867,1099,8,'deferredfeedback',121,1,1.0000000,0.0000000,1.0000000,0,'There are two types of artifacts in this EEG, what are they?\n\n: Sweat and muscle artifact\n\n; Medication artifact and electrical artifact\n\n; Cardiac artifact and medication artifact\n\n; Loose electrodes (“cable sway”) and cardiac artifact\n\n','Cardiac artifact and medication artifact\n\n','Cardiac artifact and medication artifact\n\n',1657929903),(12868,1099,9,'deferredfeedback',125,1,1.0000000,0.0000000,1.0000000,0,'What is happening in the boxed electrodes below?\n\n: Focal Delta\n\n;  Loose electrodes\n\n; Environmental Noise\n\n;  heartbeat artifact\n\n',' heartbeat artifact\n\n',' Loose electrodes\n\n',1657929903),(12869,1099,10,'informationitem',127,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657929903),(12870,1099,11,'deferredfeedback',135,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of methylphenidate (Ritalin) on the EEG?\n\n: decrease in delta and theta, increase in posterior alpha, increase in low beta amplitudes.\n\n; decrease in Beta 2 and Beta 3, with an increase in alpha amplitudes.\n\n; decrease in slow activity and an increase in beta from 12-26Hz.\n\n; decrease in all frequency bands, excepting gamma, where we see an increase in amplitude.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n',1657929903),(12871,1099,12,'deferredfeedback',129,1,1.0000000,0.0000000,1.0000000,0,'True or False: More than one medication on board creates a synergistic effect of the combined medications on the EEG and can make reading medication effects in the EEG too complex to evaluate each medication’s impact on the brain activity.\n\n','True','False',1657929903),(12872,1099,13,'deferredfeedback',132,1,1.0000000,0.0000000,1.0000000,0,'What are the effect of alcohol on the EEG?\n\n: Consuming alcohol at high levels may cause excessive alpha to occur.\n\n; Consuming alcohol at high levels may cause desynchronizations in the alpha band to occur.\n\n; Consuming alcohol at high levels may cause periodic lateralized epileptiform discharges (PLEDs) to occur.\n\n; Consuming alcohol at high levels may cause slowing to occur.\n\n','Consuming alcohol at high levels may cause slowing to occur.\n\n','Consuming alcohol at high levels may cause slowing to occur.\n\n',1657929903),(12873,1099,14,'deferredfeedback',128,1,1.0000000,0.0000000,1.0000000,0,'True or False: The level of an individual’s arousal affects the EEG response differently.\n\n','True','True',1657929903),(12874,1099,15,'deferredfeedback',137,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of antimaniacs (such as lithium carbonate) on the EEG?\n\n: Increase in slow activity, mild decrease in 22Hz + activity, and an increase in 12-18Hz activity.\n\n; Increase in alpha, mild decrease in gamma, and increase in delta activity.\n\n; Increase in theta, mild decrease in alpha, and increase in fast activity.\n\n; Increase in 12-16Hz beta, mild decrease in delta, and increase in theta activity.\n\n','Increase in theta, mild decrease in alpha, and increase in fast activity.\n\n','Increase in 12-16Hz beta, mild decrease in delta, and increase in theta activity.\n\n',1657929903),(12875,1099,16,'deferredfeedback',134,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an MAO inhibitor on the EEG? \n\n: These antidepressants have a wide variation of response on the EEG.\n\n;  Isocarboxazide increases 20-30Hz and decreases slower and higher frequencies, similar to a stimulant.\n\n; Nialamide and Tranylcypromine produce a typical profile.\n\n; All of the above.\n\n','All of the above.\n\n','These antidepressants have a wide variation of response on the EEG.\n\n',1657929903),(12876,1099,17,'deferredfeedback',49,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Marijuana on the EEG?: Increased alpha coherence\n\n; Increased frontal alpha\n\n; Increased Beta\n\n; A and B\n\n','A and B\n\n','A and B\n\n',1657929903),(12877,1099,18,'deferredfeedback',52,1,1.0000000,0.0000000,1.0000000,0,'What is one common effect of both Adderall and Ritalin?\n\n: Increased gamma activity\n\n; Alpha hypercoherence\n\n; Decreased beta activity\n\n; Decreased slower activity\n\n','Decreased slower activity\n\n','Decreased slower activity\n\n',1657929903),(12878,1099,19,'deferredfeedback',53,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Barbituates on the EEG?\n\n: Rhythmic 18-26Hz activity increases globally\n\n; An increase in slowing with heavier dosing\n\n; At a toxic level, faster activity decreases and slower activity increases, with possible iso-electric pattern\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1657929903),(12879,1099,20,'informationitem',138,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657929903),(12880,1099,21,'deferredfeedback',141,1,1.0000000,0.0000000,1.0000000,0,' According to Dhar, et al (2010), dyslexics show:\n\n: Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n; Increased interhemispheric coherence of 4-7 Hz for dyslexics compared to controls in the central–parietal cortex during the performance of a visuo-spatial attention task, providing further support for dulled collaboration between hemispheres in dyslexics. \n\n; Increased interhemispehric asymmetry of beta activity in the pre-frontal cortex during performance of a visuo-spatial attention task, indicating poor right and left hemispheric communication in executive tasks in dyslexics.\n\n; Decreased interhemispheric asymmetry in delta activity across the hemispheres during the performance of a visuo-spatial attention tasks, providing evidence of poor interhemispheric resting network communication for dyslexics.\n\n','Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n','Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n',1657929903),(12881,1099,22,'deferredfeedback',139,1,1.0000000,0.0000000,1.0000000,0,'According to Arns, et al., (2009), neurofeedback treatment for ADHD was found to be:\n\n: Possibly efficacious” (level 2)\n\n; “Efficacious” (level 4)\n\n; “Probably efficacious” (level 3)\n\n; \"Efficacious and Specific\" (level 5) \n\n','\"Efficacious and Specific\" (level 5) \n\n','“Efficacious” (level 4)\n\n',1657929903),(12882,1099,23,'deferredfeedback',159,1,1.0000000,0.0000000,1.0000000,0,'Delta is most commonly found in the adult’s EEG:: At childbirth; In NREM 4; In NREM 2; When drugged','In NREM 4','In NREM 4',1657929903),(12883,1099,24,'deferredfeedback',146,1,1.0000000,0.0000000,1.0000000,0,'According to Thatcher, et al. (2009), phase shift duration in ASD subjects was ___________________________ in all frequency bands but especially in the alpha-1 frequency band (8–10 Hz). Phase lock duration was _______________________ in the alpha-2 frequency band (10–12 Hz) in ASD subjects.: Significantly Shorter, Significantly Longer; Slightly Shorter, Slightly Longer; Significantly Longer, Significantly Slower; Slightly Longer, Slightly Shorter','Significantly Shorter, Significantly Longer','Significantly Shorter, Significantly Longer',1657929903),(12884,1099,25,'deferredfeedback',149,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al (2010), there is a significant difference in neurofeedback efficacy between medicated and unmedicated children.\n\n','False','False',1657929903),(12885,1099,26,'deferredfeedback',143,1,1.0000000,0.0000000,1.0000000,0,'According to Ratcliffe-Baird (2008), relative to healthy controls, stutterers show:: More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.; High measures of asymmetry in the alpha band when at rest, as well as during selective inhibition task.; Hypercoherence across 25 – 30Hz bands over Broca’s area.; Hypocoherence between F7 and F8 across 1-9Hz when asked to inhibit stuttering while talking.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.',1657929903),(12886,1099,27,'deferredfeedback',160,1,1.0000000,0.0000000,1.0000000,0,'Diffuse slow activity reflects a source that is ______________.: Pathological; Sub-cortical; Cortical; False','Sub-cortical','Sub-cortical',1657929903),(12887,1099,28,'deferredfeedback',142,1,1.0000000,0.0000000,1.0000000,0,'According to Hermann and Demiralp (2005), the “gamma axis” of neuropsychiatric disorders indicates that unhealthy high levels of gamma activity are seen in ___________ and ___________ populations, and unhealthy low levels of low gamma activity are seen in _____________ and ______________ populations.\n\n: Negative Symptom Schizophrenic and ADHD            Epileptic and Alzheimer’s\n\n; Alzheimer’s and Negative Symptom Schizophrenic            ADHD and Epileptic\n\n;  ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n; Epileptic and Negative Symptom Schizophrenic        ADHD and Alzheimer’s\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',1657929903),(12888,1099,29,'deferredfeedback',148,1,1.0000000,0.0000000,1.0000000,0,'According to Lutz, et al (2004), long term Buddhist meditators show: Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.; Excess theta and alpha amplitudes, as well as synchronous bursts of gamma; Low voltage overall EEG, reflecting a nirva kalpha samadhi state (“no mind” state).; High amplitude power across all EEG bandwidth, as well as high residual correlation in the gamma band using power – power coupling analyses.','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.',1657929903),(12889,1099,30,'deferredfeedback',155,1,1.0000000,0.0000000,1.0000000,0,'The structure in the center of the brain, also known as the pace-maker in the brain, projects to all areas of the cerebral cortex is:: Basal Ganglia; Amygdala; Brainstem; Thalamus','Thalamus','Thalamus',1657929903),(12890,1099,31,'deferredfeedback',153,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1657929903),(12891,1099,32,'deferredfeedback',154,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1657929903),(12892,1099,33,'deferredfeedback',151,1,1.0000000,0.0000000,1.0000000,0,' Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','YES\n',1657929903),(12893,1099,34,'deferredfeedback',140,1,1.0000000,0.0000000,1.0000000,0,'According to Coben and Padlosky (2008), autism spectrum disordered individuals showed what over 20 sessions?\n\n: No change.\n\n;  An 89% success rate with a 40% reduction in core ASD symptoms.\n\n;  A 70% success rate with an 88% reduction in core ASD symptoms.\n\n; A 40% success rate with 40% reduction in core ASD symptoms.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n',1657929903),(12894,1099,35,'deferredfeedback',150,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010), neurofeedback is most effective for the main complaint of hyperactivity in ADHD children.','False','False',1657929903),(12895,1099,36,'deferredfeedback',152,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','NO\n',1657929903),(12896,1099,37,'deferredfeedback',144,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010) neurofeedback is ________________ medication in terms of its effects on inattention and impulsivity.: Equivalent to; More efficacious than; Less effective than; None of the above','Equivalent to','Equivalent to',1657929903),(12897,1099,38,'deferredfeedback',111,1,1.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: Networks; part 2: Networks',1657929903),(12898,1099,39,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: Brain spinal cord nerves',1657929903),(12899,1099,40,'deferredfeedback',25,1,1.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n} -> {Pituitary Gland; Hypothalamus; Hippocampus; Thalamus}','This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus','This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus',1657929903),(12900,1099,41,'deferredfeedback',105,1,1.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',NULL,1657929903),(12901,1099,42,'deferredfeedback',109,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Astrocytes} {Schwann cells} {Oligodendrocytes} {Ependymal cells} {Satellite cells} {Radial glia}',1657929903),(12902,1099,43,'deferredfeedback',107,1,1.0000000,0.0000000,1.0000000,0,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: glioblasts neuroglioblasts',1657929903),(12903,1099,44,'informationitem',202,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657929903),(12904,1099,45,'deferredfeedback',166,1,1.0000000,0.0000000,1.0000000,0,'A false positive in QEEG would:: Indicate poor artifacting skills; Indicate a finding was present that actually was not present; Indicate that the clinician is “throwing the baby out with the bathwater”; Fail to indicate a present finding as present','Indicate a finding was present that actually was not present','Fail to indicate a present finding as present',1657929903),(12905,1099,46,'deferredfeedback',163,1,1.0000000,0.0000000,1.0000000,0,'True or False: Increased sample size is not necessary in order to achieve closer approximations to Gaussian distribution.: True; False','False','False',1657929903),(12906,1099,47,'deferredfeedback',168,1,1.0000000,0.0000000,1.0000000,0,'The separation of spatially and spectrally independent components from the EEG is analogous to:: Removing extra-cerebral data from cerebral data; Picking black sheep out of a flock of white sheep; Detecting unique voices at a cocktail party; Separating the curds from the whey','Detecting unique voices at a cocktail party','Detecting unique voices at a cocktail party',1657929903),(12907,1099,48,'deferredfeedback',179,1,1.0000000,0.0000000,1.0000000,0,'True or False: Lateral eye movement can be seen in a quantitative EEG as delta at the F7 and F8 electrode locations.: True; False','True','True',1657929903),(12908,1099,49,'deferredfeedback',177,1,1.0000000,0.0000000,1.0000000,0,'True or False: One Z-score is considered clinically significant.: True; False','False','False',1657929903),(12909,1099,50,'deferredfeedback',180,1,1.0000000,0.0000000,1.0000000,0,'True or False: Independent Components Analysis requires the cleaning of EEG data from artifacts.: True; False','False','True',1657929903),(12910,1099,51,'deferredfeedback',176,1,1.0000000,0.0000000,1.0000000,0,'Who were the inventors of the SKIL database?: E. Roy John; Juri Kropotov; Robert W. Thatcher; David Kaiser and Barry Sterman','David Kaiser and Barry Sterman','David Kaiser and Barry Sterman',1657929903),(12911,1099,52,'deferredfeedback',171,1,1.0000000,0.0000000,1.0000000,0,'True or False: Non-parametric statistics use parameters such as the mean, standard deviation, Pearson correlation, and variance.: True; False','False','False',1657929903),(12912,1099,53,'deferredfeedback',174,1,1.0000000,0.0000000,1.0000000,0,'True or False: EEG is an excellent modality for imaging both temporal and spatial activity in the brain.: True; False','False','False',1657929903),(12913,1099,54,'deferredfeedback',173,1,1.0000000,0.0000000,1.0000000,0,'True or False: A person’s handedness can affect the position of their auditory cortex.: True; False','True','True',1657929903),(12914,1099,55,'deferredfeedback',165,1,1.0000000,0.0000000,1.0000000,0,'Instead of measures of coherence, the SKIL database uses measures of this, which is quite like coherence but does not yield measures of phase: Unity; Comodulation; Synchrony; None of the above','Comodulation','Comodulation',1657929903),(12915,1099,56,'deferredfeedback',175,1,1.0000000,0.0000000,1.0000000,0,'What is different from other databases in the isync brain database?: They use independent components analysis in the processing of data; They separate eyes open and eyes closed; They separate males and females; They separate demographics by 5 years of age','They separate males and females','They separate males and females',1657929903),(12916,1099,57,'deferredfeedback',172,1,1.0000000,0.0000000,1.0000000,0,'In Quantitative EEG Databases, it is imperative that the database is broken into groups, defined by ________________.: Sex; Age; Clinical Conditions; IQ','Age','Age',1657929903),(12917,1099,58,'deferredfeedback',169,1,1.0000000,0.0000000,1.0000000,0,'Event Related Potentials uses this form of analysis: Quantitative Component Analysis; Fundamental Component Analysis; Principle Component Analysis; Independent Component Analysis','Independent Component Analysis','Independent Component Analysis',1657929903),(12918,1099,59,'deferredfeedback',164,1,1.0000000,0.0000000,1.0000000,0,'True or False: In order to run Z-score analysis or Z-score neurofeedback, it is not necessary to transform EEG digital data to approximate a Gaussian shape (a bell curve).: True; False','False','False',1657929903),(12919,1099,60,'deferredfeedback',69,1,1.0000000,0.0000000,1.0000000,0,'The formula for Z=scores is: \n\n: Z= [normative value - observed value]/normative standard deviation\n\n; Z= [normative value + observed value]/San Diego\n\n; Z = [normative value + observed value]/normative standard deviation\n\n; Z= [observed value – normative value]/subjective standard deviation\n\n','Z= [normative value - observed value]/normative standard deviation\n\n','Z= [normative value - observed value]/normative standard deviation\n\n',1657929903),(12920,1099,61,'deferredfeedback',74,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nHeight and weight\n','False','False',1657929903),(12921,1099,62,'deferredfeedback',72,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nCareful screening for clinical and physiological abnormalities\n','True','True',1657929903),(12922,1099,63,'deferredfeedback',73,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nDiverse demographics in the sample\n\n','True','True',1657929903),(12923,1099,64,'deferredfeedback',76,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSex\n\n','True','True',1657929903),(12924,1099,65,'informationitem',203,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1657929903),(12925,1099,66,'deferredfeedback',187,1,1.0000000,0.0000000,1.0000000,0,'True or false: Phase reversals and meaningful in beta and gamma bandwidths: True; False','False','False',1657929903),(12926,1099,67,'deferredfeedback',194,1,1.0000000,0.0000000,1.0000000,0,'When __________________ is too short then there are fewer neural resources available to be phase locked into a stable dynamic: Phase; Phase Lock Duration; Phase Shift Duration; Phase Reset','Phase Shift Duration','Phase Shift Duration',1657929903),(12927,1099,68,'deferredfeedback',199,1,1.0000000,0.0000000,1.0000000,0,'True or False: A Fast Fourier Transform and a Joint Time Frequency Analysis both decompose a comple signal into its component frequencies.: True; False','True','True',1657929903),(12928,1099,69,'deferredfeedback',188,1,1.0000000,0.0000000,1.0000000,0,'A transverse bi-polar montage travels ______________ over the scalp.: Vertically; Horizontally; Sagitally; Coronally','Coronally','Coronally',1657929903),(12929,1099,70,'deferredfeedback',200,1,1.0000000,0.0000000,1.0000000,0,'In this image, what bandwidth has the lowest power?\n\n: Beta\n; Alpha\n\n; Theta\n\n; Delta\n\n','Delta\n\n','Delta\n\n',1657929903),(12930,1099,71,'deferredfeedback',192,1,1.0000000,0.0000000,1.0000000,0,'These are the three kinds of connectivity:: Structural, Fundamental, and Principal; Functional, Effective, and Structural; Independent, Principal, and Primary; Efferent, Afferent, and Typical','Functional, Effective, and Structural','Functional, Effective, and Structural',1657929903),(12931,1099,72,'deferredfeedback',198,1,1.0000000,0.0000000,1.0000000,0,'Phase Reversals can indicate which of the following?: Post Concussive Syndrome; None of the above; Encephalopathy; Lesions','Lesions','Lesions',1657929903),(12932,1099,73,'deferredfeedback',189,1,1.0000000,0.0000000,1.0000000,0,'If you see a heartbeat artifact contaminating every electrode lead, what should you do to properly interpret the data?: Switch to an average reference; Select any data you choose, the heartbeat will not affect the quantitative EEG; Select only those portions of the EEG without the heartbeat; Switch to linked ears reference','Switch to an average reference','Switch to an average reference',1657929903),(12933,1099,74,'deferredfeedback',186,1,1.0000000,0.0000000,1.0000000,0,'Activity from which lobes can impact a linked ears recording?: Temporal; Occipital; Frontal; Parietal','Temporal','Temporal',1657929903),(12934,1099,75,'deferredfeedback',201,1,1.0000000,0.0000000,1.0000000,0,'What does Figure 1 show that Figure 2 lacks?\n\n1.\n\n2.\n\n: Kurtosis\n\n; Diffusion\n\n;  Slow Content\n\n;  Z-scores\n\n','Kurtosis\n\n','Kurtosis\n\n',1657929903),(12935,1099,76,'deferredfeedback',191,1,1.0000000,0.0000000,1.0000000,0,' In windowing, if you splice ends together and there’s discontinuity you get ____________ or “leakage.”: “Gibb’s artifact”; “Blood” in the EEG; A “wet” EEG; A compromised recording','“Gibb’s artifact”','“Gibb’s artifact”',1657929903),(12936,1099,77,'deferredfeedback',181,1,1.0000000,0.0000000,1.0000000,0,'What is the most common problem with linked ears montages?: Shared variance; False coherences; Contaminated ear electrodes; All of the above','All of the above','All of the above',1657929903),(12937,1099,78,'deferredfeedback',195,1,1.0000000,0.0000000,1.0000000,0,'A broken ear electrode can lead to:: Poor Recording; False Coherences; Global Shared Variance; All of the Above','All of the Above','All of the Above',1657929903),(12938,1099,79,'deferredfeedback',190,1,1.0000000,0.0000000,1.0000000,0,'True or False:  The Fast Fourier transform (FFT) is a frequency domain method of spectral analysis.: True; False','True','True',1657929903),(12939,1099,80,'deferredfeedback',185,1,1.0000000,0.0000000,1.0000000,0,'What is the most accurate definition of coherence?: The stability of phase relationship between any two areas of the brain.; A measure of synchrony in disparate waveforms; The measure of difference between two phase angles; A measure of connectivity','The stability of phase relationship between any two areas of the brain.','The stability of phase relationship between any two areas of the brain.',1657929903),(12940,1099,81,'deferredfeedback',97,1,1.0000000,0.0000000,1.0000000,0,'Joint Time Frequency Analysis shows frequency as a function of time\n\n','True','True',1657929903),(12941,1099,82,'deferredfeedback',96,1,1.0000000,0.0000000,1.0000000,0,'A heartbeat coming from the ear reference will not affect the coherence of the QEEG\n\n','False','True',1657929903),(12942,1099,83,'deferredfeedback',95,1,1.0000000,0.0000000,1.0000000,0,'A bipolar montage is good at locating sources of slow activity in the EEG\n\n','True','True',1657929903),(12943,1099,84,'deferredfeedback',99,1,1.0000000,0.0000000,1.0000000,0,'The amplitude of EEG is affected by the scalp impedance, skull thickness, and conductance properties of them\n\n','True','True',1657929903),(12944,1099,85,'deferredfeedback',104,1,1.0000000,0.0000000,1.0000000,0,'A double banana montage is a bi-polar montage\n\n','True','True',1657929903),(12945,1100,1,'deferredfeedback',6,1,1.0000000,0.0000000,1.0000000,0,'Write in the full word for which each letter in the 10-20 system is the acronym:\n\n {Fp; Zenith or Zero; Occipital; C; P; T; F} -> {Central; Frontal; Pre-frontal; Temporal; Parietal; Z; O}','Fp -> Pre-frontal; Zenith or Zero -> Z; Occipital -> O; C -> Central; P -> Parietal; T -> Temporal; F -> Frontal','Fp -> Pre-frontal; Zenith or Zero -> Z; Occipital -> O; C -> Central; P -> Parietal; T -> Temporal; F -> Frontal',1659623648),(12946,1100,2,'deferredfeedback',1,1,1.0000000,0.0000000,1.0000000,0,'Match the 10-20 location with its MCN corollary name\n\n {T6\n\n; T5\n\n; T3\n\n; T4\n\n} -> {P7; P8; T7; T8}','T6\n\n -> P8; T5\n\n -> P7; T3\n\n -> T7; T4\n\n -> T8','T6\n\n -> T8; T5\n\n -> T7; T3\n\n -> P7; T4\n\n -> P8',1659623648),(12947,1100,3,'deferredfeedback',7,1,1.0000000,0.0000000,1.0000000,0,'Label each electrode location\n\nNote: Place the target in the location, not the label (C4). E.g. \n\n; [[Drop zone 1]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 2]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 3]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 4]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 5]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 6]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 7]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 8]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 9]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 10]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 11]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 12]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 13]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 14]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 15]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 16]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 17]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 18]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 19]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 20]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 21]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}',1659623648),(12948,1100,4,'deferredfeedback',2,1,1.0000000,0.0000000,1.0000000,0,'A single electrode showing high amplitude beta should always be\n\n: accepted, considered for inclusion; questioned, considered for artifact; questioned, considered as seizure foci; accepted, considered for region of interest','questioned, considered for artifact','questioned, considered for artifact',1659623648),(12949,1100,5,'deferredfeedback',3,1,1.0000000,0.0000000,1.0000000,0,'The 10-20 electrode locations that will likely show eye blink artifacts are\n\n: Fp1 and Fp2; F7 and F8; Fz; All of the above','All of the above','Fp1 and Fp2',1659623648),(12950,1100,6,'deferredfeedback',5,1,1.0000000,0.0000000,1.0000000,0,'Mix and Match\n\n {; ; ; ; ; ; } -> {Eye blinks; Drowsiness; Salt Bridge; Sweat; Environmental Noise; Lateral Eye Movement; Pulse Artifact}',' -> Environmental Noise;  -> Salt Bridge;  -> Drowsiness;  -> Lateral Eye Movement;  -> Sweat;  -> Pulse Artifact;  -> Eye blinks',' -> Environmental Noise;  -> Pulse Artifact;  -> Lateral Eye Movement;  -> Drowsiness;  -> Sweat;  -> Eye blinks;  -> Salt Bridge',1659623648),(12951,1101,1,'informationitem',117,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658185442),(12952,1101,2,'deferredfeedback',119,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Sweat artifact\n\n; Cable Sway\n\n; Electrical artifact; Muscle artifact\n\n','Electrical artifact','Electrical artifact',1658185442),(12953,1101,3,'deferredfeedback',121,1,1.0000000,0.0000000,1.0000000,0,'There are two types of artifacts in this EEG, what are they?\n\n: Cardiac artifact and medication artifact\n\n; Medication artifact and electrical artifact\n\n; Sweat and muscle artifact\n\n; Loose electrodes (“cable sway”) and cardiac artifact\n\n','Cardiac artifact and medication artifact\n\n','Cardiac artifact and medication artifact\n\n',1658185442),(12954,1101,4,'deferredfeedback',126,1,1.0000000,0.0000000,1.0000000,0,'What is impedance in EEG?\n\n:  A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n; A measure of the impediment to the flow of direct current, measured in ohms. Larger numbers mean good contact.\n\n; A measure of the connectivity between electrode and scalp, measured in bits. Smaller numbers mean higher resistance to brainwave activity.\n\n; A direct measure of how much paste and abrasive scrub was used to prep the individual. Smaller numbers mean poor contact.\n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',1658185442),(12955,1101,5,'deferredfeedback',120,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Jaw Tension\n\n; Environmental Activity\n\n; Loose Electrodes\n\n; Epileptiform Activity\n\n','Environmental Activity\n\n','Environmental Activity\n\n',1658185442),(12956,1101,6,'deferredfeedback',122,1,1.0000000,0.0000000,1.0000000,0,'What is occurring at the Cz channel in this EEG?\n\n: Environmental Noise\n\n; Lateral Eye Movements\n\n; Spike and Slow Wave\n\n; Electrode Pop\n\n','Electrode Pop\n\n','Electrode Pop\n\n',1658185442),(12957,1101,7,'deferredfeedback',123,1,1.0000000,0.0000000,1.0000000,0,'The centrifugal effect\n\n: is due to shared variance in the EEG.\n\n; is only seen in QEEG maps, and is largely a thing of the past.\n\n; happens in nearly all EEGs.\n\n; is seen in linked ears montages.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n',1658185442),(12958,1101,8,'deferredfeedback',124,1,1.0000000,0.0000000,1.0000000,0,'What is the activity happening at T4?\n\n: Jaw tension\n\n; Loose electrode\n\n; Frontalis muscle artifact\n\n; Occipitalis muscle artifact\n\n','Jaw tension\n\n','Jaw tension\n\n',1658185442),(12959,1101,9,'deferredfeedback',125,1,1.0000000,0.0000000,1.0000000,0,'What is happening in the boxed electrodes below?\n\n:  heartbeat artifact\n\n;  Loose electrodes\n\n; Focal Delta\n\n; Environmental Noise\n\n',' heartbeat artifact\n\n',' heartbeat artifact\n\n',1658185442),(12960,1101,10,'informationitem',127,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658185442),(12961,1101,11,'deferredfeedback',129,1,1.0000000,0.0000000,1.0000000,0,'True or False: More than one medication on board creates a synergistic effect of the combined medications on the EEG and can make reading medication effects in the EEG too complex to evaluate each medication’s impact on the brain activity.\n\n','True','True',1658185442),(12962,1101,12,'deferredfeedback',128,1,1.0000000,0.0000000,1.0000000,0,'True or False: The level of an individual’s arousal affects the EEG response differently.\n\n','True','True',1658185442),(12963,1101,13,'deferredfeedback',137,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of antimaniacs (such as lithium carbonate) on the EEG?\n\n: Increase in 12-16Hz beta, mild decrease in delta, and increase in theta activity.\n\n; Increase in theta, mild decrease in alpha, and increase in fast activity.\n\n; Increase in slow activity, mild decrease in 22Hz + activity, and an increase in 12-18Hz activity.\n\n; Increase in alpha, mild decrease in gamma, and increase in delta activity.\n\n','Increase in theta, mild decrease in alpha, and increase in fast activity.\n\n','Increase in slow activity, mild decrease in 22Hz + activity, and an increase in 12-18Hz activity.\n\n',1658185442),(12964,1101,14,'deferredfeedback',134,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an MAO inhibitor on the EEG? \n\n: These antidepressants have a wide variation of response on the EEG.\n\n;  Isocarboxazide increases 20-30Hz and decreases slower and higher frequencies, similar to a stimulant.\n\n; Nialamide and Tranylcypromine produce a typical profile.\n\n; All of the above.\n\n','All of the above.\n\n','All of the above.\n\n',1658185442),(12965,1101,15,'deferredfeedback',133,1,1.0000000,0.0000000,1.0000000,0,'In the low voltage fast EEG, what does initial exposure create in their brainwaves?\n\n: Even more suppressed voltage and higher relative beta\n\n; Periodic lateralized epileptogenic discharges (PLEDS)\n\n; Higher voltage in the delta, theta and alpha bandwidths, with a reduction in relative beta\n\n;  Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',1658185442),(12966,1101,16,'deferredfeedback',135,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of methylphenidate (Ritalin) on the EEG?\n\n: decrease in Beta 2 and Beta 3, with an increase in alpha amplitudes.\n\n; decrease in delta and theta, increase in posterior alpha, increase in low beta amplitudes.\n\n; decrease in slow activity and an increase in beta from 12-26Hz.\n\n; decrease in all frequency bands, excepting gamma, where we see an increase in amplitude.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n',1658185442),(12967,1101,17,'deferredfeedback',46,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an SSRI, such as Prozac, Zoloft, or Paxil?\n\n: A slight decrease in slow frequencies\n\n; Increase in the slow frequencies of delta and theta and an increase in alpha coherence\n\n; Overall amplitude attenuation\n\n; Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n',1658185442),(12968,1101,18,'deferredfeedback',51,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the neuroleptic Haldol on the EEG?\n\n: Decrease in alpha activity\n\n; Increase of beta activity\n\n; Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n; None of the above\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n',1658185442),(12969,1101,19,'deferredfeedback',50,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine withdrawal on the EEG?\n\n: Increase in frontal alpha and frontal theta\n\n; Increased beta and gamma activity\n\n; Decrease in delta activity\n\n; Hypercoherent frontal alpha activity\n\n','Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n',1658185442),(12970,1101,20,'informationitem',138,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658185442),(12971,1101,21,'deferredfeedback',151,1,1.0000000,0.0000000,1.0000000,0,' Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','YES\n',1658185442),(12972,1101,22,'deferredfeedback',156,1,1.0000000,0.0000000,1.0000000,0,'The higher the frequency in EEG, the lower the:: Neuronal synchrony; Amplitude; Pitch; Sensitivity','Amplitude','Amplitude',1658185442),(12973,1101,23,'deferredfeedback',149,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al (2010), there is a significant difference in neurofeedback efficacy between medicated and unmedicated children.\n\n','False','True',1658185442),(12974,1101,24,'deferredfeedback',143,1,1.0000000,0.0000000,1.0000000,1,'According to Ratcliffe-Baird (2008), relative to healthy controls, stutterers show:: More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.; Hypocoherence between F7 and F8 across 1-9Hz when asked to inhibit stuttering while talking.; Hypercoherence across 25 – 30Hz bands over Broca’s area.; High measures of asymmetry in the alpha band when at rest, as well as during selective inhibition task.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.',1658185442),(12975,1101,25,'deferredfeedback',142,1,1.0000000,0.0000000,1.0000000,0,'According to Hermann and Demiralp (2005), the “gamma axis” of neuropsychiatric disorders indicates that unhealthy high levels of gamma activity are seen in ___________ and ___________ populations, and unhealthy low levels of low gamma activity are seen in _____________ and ______________ populations.\n\n:  ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n; Epileptic and Negative Symptom Schizophrenic        ADHD and Alzheimer’s\n\n; Negative Symptom Schizophrenic and ADHD            Epileptic and Alzheimer’s\n\n; Alzheimer’s and Negative Symptom Schizophrenic            ADHD and Epileptic\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',1658185442),(12976,1101,26,'deferredfeedback',159,1,1.0000000,0.0000000,1.0000000,0,'Delta is most commonly found in the adult’s EEG:: In NREM 4; At childbirth; In NREM 2; When drugged','In NREM 4','In NREM 4',1658185442),(12977,1101,27,'deferredfeedback',139,1,1.0000000,0.0000000,1.0000000,0,'According to Arns, et al., (2009), neurofeedback treatment for ADHD was found to be:\n\n: \"Efficacious and Specific\" (level 5) \n\n; Possibly efficacious” (level 2)\n\n; “Probably efficacious” (level 3)\n\n; “Efficacious” (level 4)\n\n','\"Efficacious and Specific\" (level 5) \n\n','\"Efficacious and Specific\" (level 5) \n\n',1658185442),(12978,1101,28,'deferredfeedback',153,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1658185442),(12979,1101,29,'deferredfeedback',145,1,1.0000000,0.0000000,1.0000000,1,'What were the findings from Solso, et al. (2016) regarding differences between the brains of autism spectrum disordered toddlers and healthy controls?: Frontal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall faster than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.',1658185442),(12980,1101,30,'deferredfeedback',141,1,1.0000000,0.0000000,1.0000000,1,' According to Dhar, et al (2010), dyslexics show:\n\n: Decreased interhemispheric asymmetry in delta activity across the hemispheres during the performance of a visuo-spatial attention tasks, providing evidence of poor interhemispheric resting network communication for dyslexics.\n\n; Increased interhemispheric coherence of 4-7 Hz for dyslexics compared to controls in the central–parietal cortex during the performance of a visuo-spatial attention task, providing further support for dulled collaboration between hemispheres in dyslexics. \n\n; Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n; Increased interhemispehric asymmetry of beta activity in the pre-frontal cortex during performance of a visuo-spatial attention task, indicating poor right and left hemispheric communication in executive tasks in dyslexics.\n\n','Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n','Increased interhemispehric asymmetry of beta activity in the pre-frontal cortex during performance of a visuo-spatial attention task, indicating poor right and left hemispheric communication in executive tasks in dyslexics.\n\n',1658185442),(12981,1101,31,'deferredfeedback',146,1,1.0000000,0.0000000,1.0000000,1,'According to Thatcher, et al. (2009), phase shift duration in ASD subjects was ___________________________ in all frequency bands but especially in the alpha-1 frequency band (8–10 Hz). Phase lock duration was _______________________ in the alpha-2 frequency band (10–12 Hz) in ASD subjects.: Significantly Longer, Significantly Slower; Significantly Shorter, Significantly Longer; Slightly Longer, Slightly Shorter; Slightly Shorter, Slightly Longer','Significantly Shorter, Significantly Longer','Significantly Longer, Significantly Slower',1658185442),(12982,1101,32,'deferredfeedback',154,1,1.0000000,0.0000000,1.0000000,1,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1658185442),(12983,1101,33,'deferredfeedback',152,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','YES\n',1658185442),(12984,1101,34,'deferredfeedback',148,1,1.0000000,0.0000000,1.0000000,0,'According to Lutz, et al (2004), long term Buddhist meditators show: Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.; Excess theta and alpha amplitudes, as well as synchronous bursts of gamma; Low voltage overall EEG, reflecting a nirva kalpha samadhi state (“no mind” state).; High amplitude power across all EEG bandwidth, as well as high residual correlation in the gamma band using power – power coupling analyses.','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.',1658185442),(12985,1101,35,'deferredfeedback',147,1,1.0000000,0.0000000,1.0000000,0,'According to Koenig et al., (2005), Alzheimer’s patients showed ______________________.: High amplitude delta and theta activity, paired with low amplitude alpha and beta activity.; Plaques and tangles in the top three layers of pyradimal neurons, creating low voltage beta activity and high amplitude delta activity.; Disconnection between high density network nodes, indicating dysfunctiona resting state network connections.; Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.','Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.','Plaques and tangles in the top three layers of pyradimal neurons, creating low voltage beta activity and high amplitude delta activity.',1658185442),(12986,1101,36,'deferredfeedback',155,1,1.0000000,0.0000000,1.0000000,0,'The structure in the center of the brain, also known as the pace-maker in the brain, projects to all areas of the cerebral cortex is:: Basal Ganglia; Amygdala; Thalamus; Brainstem','Thalamus','Thalamus',1658185442),(12987,1101,37,'deferredfeedback',140,1,1.0000000,0.0000000,1.0000000,0,'According to Coben and Padlosky (2008), autism spectrum disordered individuals showed what over 20 sessions?\n\n:  A 70% success rate with an 88% reduction in core ASD symptoms.\n\n; No change.\n\n; A 40% success rate with 40% reduction in core ASD symptoms.\n\n;  An 89% success rate with a 40% reduction in core ASD symptoms.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n',1658185442),(12988,1101,38,'deferredfeedback',111,1,1.0000000,0.0000000,1.0000000,1,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: ; part 2: ',1658185442),(12989,1101,39,'deferredfeedback',114,1,1.0000000,0.0000000,1.0000000,1,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',NULL,1658185442),(12990,1101,40,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,1,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: ',1658185442),(12991,1101,41,'deferredfeedback',107,1,1.0000000,0.0000000,1.0000000,1,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: ',1658185442),(12992,1101,42,'deferredfeedback',110,1,1.0000000,0.0000000,1.0000000,1,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',NULL,1658185442),(12993,1101,43,'deferredfeedback',25,1,1.0000000,0.0000000,1.0000000,1,'Match the structures with the definitions. \n {This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n} -> {Pituitary Gland; Hypothalamus; Thalamus; Hippocampus}','This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland',NULL,1658185442),(12994,1101,44,'informationitem',202,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658185442),(12995,1101,45,'deferredfeedback',164,1,1.0000000,0.0000000,1.0000000,0,'True or False: In order to run Z-score analysis or Z-score neurofeedback, it is not necessary to transform EEG digital data to approximate a Gaussian shape (a bell curve).: True; False','False','False',1658185442),(12996,1101,46,'deferredfeedback',162,1,1.0000000,0.0000000,1.0000000,0,'True or False: A larger sample size is necessary for a pediatric population due to the rapid neurological developmental changes.: True; False','True','False',1658185442),(12997,1101,47,'deferredfeedback',170,1,1.0000000,0.0000000,1.0000000,0,'They was the first to use Z-scores in EEG Quantitative Analysis;: Milos Matousek and Ingemar Pedersen; E. Roy John and Frank Duffy; Bob Thatcher; Carl Friedrich Gauss','Milos Matousek and Ingemar Pedersen','E. Roy John and Frank Duffy',1658185442),(12998,1101,48,'deferredfeedback',175,1,1.0000000,0.0000000,1.0000000,0,'What is different from other databases in the isync brain database?: They separate eyes open and eyes closed; They use independent components analysis in the processing of data; They separate demographics by 5 years of age; They separate males and females','They separate males and females','They use independent components analysis in the processing of data',1658185442),(12999,1101,49,'deferredfeedback',176,1,1.0000000,0.0000000,1.0000000,1,'Who were the inventors of the SKIL database?: E. Roy John; Robert W. Thatcher; David Kaiser and Barry Sterman; Juri Kropotov','David Kaiser and Barry Sterman','Juri Kropotov',1658185442),(13000,1101,50,'deferredfeedback',178,1,1.0000000,0.0000000,1.0000000,0,'True or False: Clinical Databases, such as Richard Soutar’s and Paul Swingle’s, use a psychologically and physiologically healthy population.: True; False','False','True',1658185442),(13001,1101,51,'deferredfeedback',172,1,1.0000000,0.0000000,1.0000000,0,'In Quantitative EEG Databases, it is imperative that the database is broken into groups, defined by ________________.: Clinical Conditions; Sex; Age; IQ','Age','Clinical Conditions',1658185442),(13002,1101,52,'deferredfeedback',167,1,1.0000000,0.0000000,1.0000000,0,'This statistical method to separate independent sources from superimposed signals is the most common method that has been used in EEG data decomposition, and can be used to identify and remove the artifacts from raw EEG data.: Quantitative EEG Analysis; Independent Components Analysis; Power-Power Coupling Analysis; Principle Components Analysis','Independent Components Analysis','Quantitative EEG Analysis',1658185442),(13003,1101,53,'deferredfeedback',180,1,1.0000000,0.0000000,1.0000000,0,'True or False: Independent Components Analysis requires the cleaning of EEG data from artifacts.: True; False','False','True',1658185442),(13004,1101,54,'deferredfeedback',179,1,1.0000000,0.0000000,1.0000000,0,'True or False: Lateral eye movement can be seen in a quantitative EEG as delta at the F7 and F8 electrode locations.: True; False','True','True',1658185442),(13005,1101,55,'deferredfeedback',177,1,1.0000000,0.0000000,1.0000000,0,'True or False: One Z-score is considered clinically significant.: True; False','False','False',1658185442),(13006,1101,56,'deferredfeedback',165,1,1.0000000,0.0000000,1.0000000,0,'Instead of measures of coherence, the SKIL database uses measures of this, which is quite like coherence but does not yield measures of phase: Synchrony; None of the above; Comodulation; Unity','Comodulation','Comodulation',1658185442),(13007,1101,57,'deferredfeedback',169,1,1.0000000,0.0000000,1.0000000,0,'Event Related Potentials uses this form of analysis: Fundamental Component Analysis; Principle Component Analysis; Independent Component Analysis; Quantitative Component Analysis','Independent Component Analysis','Fundamental Component Analysis',1658185442),(13008,1101,58,'deferredfeedback',173,1,1.0000000,0.0000000,1.0000000,0,'True or False: A person’s handedness can affect the position of their auditory cortex.: True; False','True','False',1658185442),(13009,1101,59,'deferredfeedback',171,1,1.0000000,0.0000000,1.0000000,0,'True or False: Non-parametric statistics use parameters such as the mean, standard deviation, Pearson correlation, and variance.: True; False','False','True',1658185442),(13010,1101,60,'deferredfeedback',69,1,1.0000000,0.0000000,1.0000000,0,'The formula for Z=scores is: \n\n: Z= [normative value + observed value]/San Diego\n\n; Z= [observed value – normative value]/subjective standard deviation\n\n; Z = [normative value + observed value]/normative standard deviation\n\n; Z= [normative value - observed value]/normative standard deviation\n\n','Z= [normative value - observed value]/normative standard deviation\n\n','Z= [normative value - observed value]/normative standard deviation\n\n',1658185442),(13011,1101,61,'deferredfeedback',78,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nArtifact Elimination\n','True','True',1658185442),(13012,1101,62,'deferredfeedback',72,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nCareful screening for clinical and physiological abnormalities\n','True','True',1658185442),(13013,1101,63,'deferredfeedback',74,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nHeight and weight\n','False','False',1658185442),(13014,1101,64,'deferredfeedback',71,1,1.0000000,0.0000000,1.0000000,1,'What is the unit used for measure of standard deviation in Quantitative EEG?\n\n','Z Scores',NULL,1658185442),(13015,1101,65,'informationitem',203,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658185442),(13016,1101,66,'deferredfeedback',188,1,1.0000000,0.0000000,1.0000000,1,'A transverse bi-polar montage travels ______________ over the scalp.: Sagitally; Coronally; Vertically; Horizontally','Coronally','Horizontally',1658185442),(13017,1101,67,'deferredfeedback',198,1,1.0000000,0.0000000,1.0000000,1,'Phase Reversals can indicate which of the following?: None of the above; Post Concussive Syndrome; Encephalopathy; Lesions','Lesions','Lesions',1658185442),(13018,1101,68,'deferredfeedback',191,1,1.0000000,0.0000000,1.0000000,1,' In windowing, if you splice ends together and there’s discontinuity you get ____________ or “leakage.”: “Gibb’s artifact”; A “wet” EEG; A compromised recording; “Blood” in the EEG','“Gibb’s artifact”','“Gibb’s artifact”',1658185442),(13019,1101,69,'deferredfeedback',183,1,1.0000000,0.0000000,1.0000000,0,'Independent Components Analysis:: Identifies spatially and spectrally independent components in the EEG data; Finds patterns that repeat within the EEG; Separates a multivariate signal into its individual components; All of the above','All of the above','All of the above',1658185442),(13020,1101,70,'deferredfeedback',195,1,1.0000000,0.0000000,1.0000000,0,'A broken ear electrode can lead to:: All of the Above; Global Shared Variance; Poor Recording; False Coherences','All of the Above','All of the Above',1658185442),(13021,1101,71,'deferredfeedback',182,1,1.0000000,0.0000000,1.0000000,0,'Bi-polar montages are useful for:: Determining the locality of focal findings; Isolating artifactual data; Understanding diffuse activity in the EEG; Removing the effects of medication','Determining the locality of focal findings','Determining the locality of focal findings',1658185442),(13022,1101,72,'deferredfeedback',200,1,1.0000000,0.0000000,1.0000000,0,'In this image, what bandwidth has the lowest power?\n\n: Delta\n\n; Alpha\n\n; Beta\n; Theta\n\n','Delta\n\n','Delta\n\n',1658185442),(13023,1101,73,'deferredfeedback',194,1,1.0000000,0.0000000,1.0000000,0,'When __________________ is too short then there are fewer neural resources available to be phase locked into a stable dynamic: Phase; Phase Lock Duration; Phase Reset; Phase Shift Duration','Phase Shift Duration','Phase Shift Duration',1658185442),(13024,1101,74,'deferredfeedback',181,1,1.0000000,0.0000000,1.0000000,0,'What is the most common problem with linked ears montages?: Shared variance; False coherences; Contaminated ear electrodes; All of the above','All of the above','All of the above',1658185442),(13025,1101,75,'deferredfeedback',189,1,1.0000000,0.0000000,1.0000000,0,'If you see a heartbeat artifact contaminating every electrode lead, what should you do to properly interpret the data?: Select only those portions of the EEG without the heartbeat; Switch to linked ears reference; Switch to an average reference; Select any data you choose, the heartbeat will not affect the quantitative EEG','Switch to an average reference','Select only those portions of the EEG without the heartbeat',1658185442),(13026,1101,76,'deferredfeedback',185,1,1.0000000,0.0000000,1.0000000,0,'What is the most accurate definition of coherence?: The stability of phase relationship between any two areas of the brain.; The measure of difference between two phase angles; A measure of connectivity; A measure of synchrony in disparate waveforms','The stability of phase relationship between any two areas of the brain.','A measure of connectivity',1658185442),(13027,1101,77,'deferredfeedback',187,1,1.0000000,0.0000000,1.0000000,0,'True or false: Phase reversals and meaningful in beta and gamma bandwidths: True; False','False','False',1658185442),(13028,1101,78,'deferredfeedback',193,1,1.0000000,0.0000000,1.0000000,0,'Hypo Phase Lag indicates:: Too Long a duration of phase shift; Too long a duration of phase lock; Too short a duration of phase lock; Too short a duration of phase shift','Too long a duration of phase lock','Too Long a duration of phase shift',1658185442),(13029,1101,79,'deferredfeedback',186,1,1.0000000,0.0000000,1.0000000,0,'Activity from which lobes can impact a linked ears recording?: Frontal; Temporal; Occipital; Parietal','Temporal','Temporal',1658185442),(13030,1101,80,'deferredfeedback',192,1,1.0000000,0.0000000,1.0000000,0,'These are the three kinds of connectivity:: Independent, Principal, and Primary; Efferent, Afferent, and Typical; Functional, Effective, and Structural; Structural, Fundamental, and Principal','Functional, Effective, and Structural','Efferent, Afferent, and Typical',1658185442),(13031,1101,81,'deferredfeedback',100,1,1.0000000,0.0000000,1.0000000,0,'Shared variance in the EEG due to a temporal source will create false coherence in the QEEG\n\n','True','True',1658185442),(13032,1101,82,'deferredfeedback',103,1,1.0000000,0.0000000,1.0000000,0,'Slower frequencies are smaller in amplitude than faster frequencies \n\n','False','False',1658185442),(13033,1101,83,'deferredfeedback',104,1,1.0000000,0.0000000,1.0000000,0,'A double banana montage is a bi-polar montage\n\n','True','True',1658185442),(13034,1101,84,'deferredfeedback',99,1,1.0000000,0.0000000,1.0000000,0,'The amplitude of EEG is affected by the scalp impedance, skull thickness, and conductance properties of them\n\n','True','True',1658185442),(13035,1101,85,'deferredfeedback',102,1,1.0000000,0.0000000,1.0000000,0,'Asymmetry is a measure of a direct relationship between two channels\n\n','True','True',1658185442),(13036,1102,1,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: ',1658256422),(13037,1102,2,'deferredfeedback',30,1,3.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: ; part 2: ; part 3: ',1658256422),(13038,1102,3,'deferredfeedback',105,1,8.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',NULL,1658256422),(13039,1102,4,'deferredfeedback',25,1,4.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n} -> {Hippocampus; Pituitary Gland; Hypothalamus; Thalamus}','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland',NULL,1658256422),(13040,1102,5,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',NULL,1658256422),(13041,1102,6,'deferredfeedback',107,1,9.0000000,0.0000000,1.0000000,0,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: ',1658256422),(13042,1102,7,'deferredfeedback',109,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}',NULL,1658256422),(13043,1102,8,'deferredfeedback',110,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',NULL,1658256422),(13044,1102,9,'deferredfeedback',111,1,2.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: ; part 2: ',1658256422),(13045,1102,10,'deferredfeedback',114,1,8.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',NULL,1658256422),(13046,1103,1,'deferredfeedback',1055,1,1.0000000,0.0000000,1.0000000,0,'Removing the contaminants and the EEG activity common to both channels is called\n\n: Derivation; amplification; common mode rejection; differential amplification','common mode rejection','common mode rejection',1658789661),(13047,1103,2,'deferredfeedback',1056,1,1.0000000,0.0000000,1.0000000,0,'____________________ is the transmission of electric or magnetic fields from an electric primary current source through biological tissue towards measurement sensors.\n\n: Volume conduction; Differential Amplification; Amplification; Derivation','Volume conduction','Amplification',1658789661),(13048,1103,3,'deferredfeedback',1057,1,1.0000000,0.0000000,1.0000000,0,'In the 10-20 system, 10 and 20 stand for_______________________________.\n: The percentage of space between the radius, diameter, and circumference of electrodes on the head\n; Alpha and beta band harmonics\n; The paste used on the head\n; The average voltages of the EEG\n','The percentage of space between the radius, diameter, and circumference of electrodes on the head\n','The percentage of space between the radius, diameter, and circumference of electrodes on the head\n',1658789661),(13049,1103,4,'deferredfeedback',1058,1,1.0000000,0.0000000,1.0000000,0,'Prepping a client for an EEG brainmap requires:\n: Nuprep paste\n; Electrogel\n; Individual electrodes or an EEG cap\n; All of the above\n','All of the above\n','All of the above\n',1658789661),(13050,1103,5,'deferredfeedback',1059,1,1.0000000,0.0000000,1.0000000,0,'The Nyquist principle states that:\n: You must decompose the EEG into its disparate Hertz bins in order to quantify it\n; In order to quantify a rhythm, you must use a fast fourier transform\n; In order to measure a signal you need to measure it at twice the speed of its fastest frequency\n; In order to measure an EEG, you must use differential amplification','In order to measure a signal you need to measure it at twice the speed of its fastest frequency\n','In order to measure a signal you need to measure it at twice the speed of its fastest frequency\n',1658789661),(13051,1103,6,'deferredfeedback',1060,1,1.0000000,0.0000000,1.0000000,0,'The first type of artifact most electroencephalographers learn to recognize is:: Chewing; Sweat\n; Glossokinetic; Eye Blink\n','Eye Blink\n','Eye Blink\n',1658789661),(13052,1103,7,'deferredfeedback',1061,1,1.0000000,0.0000000,1.0000000,0,'This kind of artifact is usually isolated to one channel at a time:\n: EMG\n; Sweat\n; Electrode pop\n; Blinks','Electrode pop\n','Electrode pop\n',1658789661),(13053,1103,8,'deferredfeedback',1062,1,1.0000000,0.0000000,1.0000000,0,'__________is the best montage for global findings; ______________is the best montage for local findings.\n: Linked Ears, Laplacian\n; Laplacian, Average\n; Bipolar, Laplacain\n; Linked Ears, Average\n','Linked Ears, Laplacian\n','Linked Ears, Laplacian\n',1658789661),(13054,1103,9,'deferredfeedback',1063,1,1.0000000,0.0000000,1.0000000,0,'While EEG is best for _____________ findings, _____________is best for structural findings.\n: Temporal, MRI\n; Spatial, SPECT scan\n; Blood Flow, DTI\n; Structural, fMRI\n','Temporal, MRI\n','Spatial, SPECT scan\n',1658789661),(13055,1103,10,'deferredfeedback',1064,1,1.0000000,0.0000000,1.0000000,0,'Which imaging modalities use blood flow in their measurements?\n: fMRI and SPECT\n; DTI and fMRI\n; MRI and EEG\n; MEG and PET\n','fMRI and SPECT\n','fMRI and SPECT\n',1658789661),(13056,1104,1,'deferredfeedback',558,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: Brain spinal cord',1658854730),(13057,1104,2,'deferredfeedback',545,1,3.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: Reptilian complex; part 2: Limbic system; part 3: Neocortex',1658854730),(13058,1104,3,'deferredfeedback',560,1,8.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',1658854730),(13059,1104,4,'deferredfeedback',540,1,4.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n} -> {Hippocampus; Pituitary Gland; Thalamus; Hypothalamus}','This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus','This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus; This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus',1658854730),(13060,1104,5,'deferredfeedback',561,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {3. Central sulcus} Drop zone 3 -> {4. Primary somatosensory area} Drop zone 4 -> {2. Primary motor area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {7. Primary visual area} Drop zone 7 -> {6. Occipital lobe} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1658854730),(13061,1104,6,'deferredfeedback',562,1,9.0000000,0.0000000,1.0000000,0,'Glia can be divided into two classes. (List the classes, no commas)\n\n_____\n\n','part 1: Macroglia microglia','part 1: Astrocytes and oligodendrocytes',1658854730),(13062,1104,7,'deferredfeedback',564,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Schwann cells} {Oligodendrocytes} {} {} {} {}',1658854730),(13063,1104,8,'deferredfeedback',565,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',NULL,1658854730),(13064,1104,9,'deferredfeedback',566,1,2.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: ; part 2: ',1658854730),(13065,1104,10,'deferredfeedback',569,1,8.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',NULL,1658854730),(13066,1105,1,'deferredfeedback',1075,1,1.0000000,0.0000000,1.0000000,0,'How many level of evidence for efficaciousness are there in theTemplate for Developing Guidelines for NFB?\n\n: 5; 10; 4; 7','5','10',1658945532),(13067,1105,2,'deferredfeedback',1076,1,1.0000000,0.0000000,1.0000000,0,'Which of the following ADHD profiles did Joel Lubar discover?\n\n: Mu Rhythm\n\n; Theta / Beta Ratio\n\n; Excessive Theta\n\n; Slow Alpha\n\n','Theta / Beta Ratio\n\n','Theta / Beta Ratio\n\n',1658945532),(13068,1105,3,'deferredfeedback',1077,1,1.0000000,0.0000000,1.0000000,0,'When alpha is slow, what frequency range does it enter?\n\n: Beta band\n\n; theta band\n\n; delta band\n\n; gamma band\n\n','theta band\n\n','theta band\n\n',1658945532),(13069,1105,4,'deferredfeedback',1078,1,1.0000000,0.0000000,1.0000000,0,'What is one of the main profiles in depression?\n\n: Hypercoherence in Beta\n\n; Alpha Asymmetry\n\n; Slow Alpha\n\n; Low Voltage\n\n','Alpha Asymmetry\n\n','Alpha Asymmetry\n\n',1658945532),(13070,1105,5,'deferredfeedback',1079,1,1.0000000,0.0000000,1.0000000,0,'The Peniston Kulkosky neurofeedback modality is what?\n\n: SMR Uptrain\n\n; Alpha Theta\n\n; Infralow Neurofeedback\n\n; Theta Downtrain\n\n','Alpha Theta\n\n','Alpha Theta\n\n',1658945532),(13071,1105,6,'deferredfeedback',1080,1,1.0000000,0.0000000,1.0000000,0,'Alpha Theta Neurofeedback has been researched and proven efficacious for what disorders?\n\n: POTS and Depression\n\n; PTSD and Addiction\n\n; PTSD and Insoomnia\n\n; ADHD and PTSD\n\n','PTSD and Addiction\n\n','PTSD and Addiction\n\n',1658945532),(13072,1105,7,'deferredfeedback',1081,1,1.0000000,0.0000000,1.0000000,0,'What are some of the EEG patterns observed in Autism Spectrum Disorders?\n\n: Mu Rhythm, Beta Spindles, and Epileptiform Content\n\n; SMR and gamma spindles\n\n; Theta – Gamma Coupling and Low Voltage\n\n; Fast Alpha and Low Voltage\n\n','Mu Rhythm, Beta Spindles, and Epileptiform Content\n\n','Mu Rhythm, Beta Spindles, and Epileptiform Content\n\n',1658945532),(13073,1105,8,'deferredfeedback',1082,1,1.0000000,0.0000000,1.0000000,0,'Who trained the first alpha rhythms in subjects at the University of Chicago in 1962?\n\n: Joel Lubar\n\n; Barry Sterman\n\n; Joe Kamiya\n\n; Tom Budzynsky\n\n','Joe Kamiya\n\n','Joe Kamiya\n\n',1658945532),(13074,1105,9,'deferredfeedback',1083,1,1.0000000,0.0000000,1.0000000,0,'Peak Alpha Frequency training has also been called what?\n\n: Brain Brightening\n\n; Zone training\n\n; Z-score training\n\n; Single channel training\n\n','Brain Brightening\n\n','Brain Brightening\n\n',1658945532),(13075,1105,10,'deferredfeedback',1084,1,1.0000000,0.0000000,1.0000000,0,'Sterman began training what frequency to treat seizures?\n\n: SMR\n; theta\n; beta\n; delta\n','SMR\n','SMR\n',1658945532),(13076,1106,1,'informationitem',117,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658961104),(13077,1106,2,'deferredfeedback',121,1,1.0000000,0.0000000,1.0000000,0,'There are two types of artifacts in this EEG, what are they?\n\n: Cardiac artifact and medication artifact\n\n; Medication artifact and electrical artifact\n\n; Loose electrodes (“cable sway”) and cardiac artifact\n\n; Sweat and muscle artifact\n\n','Cardiac artifact and medication artifact\n\n','Cardiac artifact and medication artifact\n\n',1658961104),(13078,1106,3,'deferredfeedback',123,1,1.0000000,0.0000000,1.0000000,0,'The centrifugal effect\n\n: happens in nearly all EEGs.\n\n; is only seen in QEEG maps, and is largely a thing of the past.\n\n; is seen in linked ears montages.\n\n; is due to shared variance in the EEG.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n','is due to shared variance in the EEG.\n\n',1658961104),(13079,1106,4,'deferredfeedback',124,1,1.0000000,0.0000000,1.0000000,0,'What is the activity happening at T4?\n\n: Occipitalis muscle artifact\n\n; Jaw tension\n\n; Frontalis muscle artifact\n\n; Loose electrode\n\n','Jaw tension\n\n','Jaw tension\n\n',1658961104),(13080,1106,5,'deferredfeedback',125,1,1.0000000,0.0000000,1.0000000,0,'What is happening in the boxed electrodes below?\n\n: Focal Delta\n\n; Environmental Noise\n\n;  heartbeat artifact\n\n;  Loose electrodes\n\n',' heartbeat artifact\n\n',' Loose electrodes\n\n',1658961104),(13081,1106,6,'deferredfeedback',126,1,1.0000000,0.0000000,1.0000000,0,'What is impedance in EEG?\n\n: A measure of the impediment to the flow of direct current, measured in ohms. Larger numbers mean good contact.\n\n; A measure of the connectivity between electrode and scalp, measured in bits. Smaller numbers mean higher resistance to brainwave activity.\n\n; A direct measure of how much paste and abrasive scrub was used to prep the individual. Smaller numbers mean poor contact.\n\n;  A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',1658961104),(13082,1106,7,'deferredfeedback',119,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Muscle artifact\n\n; Sweat artifact\n\n; Cable Sway\n\n; Electrical artifact','Electrical artifact','Electrical artifact',1658961104),(13083,1106,8,'deferredfeedback',122,1,1.0000000,0.0000000,1.0000000,0,'What is occurring at the Cz channel in this EEG?\n\n: Environmental Noise\n\n; Electrode Pop\n\n; Spike and Slow Wave\n\n; Lateral Eye Movements\n\n','Electrode Pop\n\n','Electrode Pop\n\n',1658961104),(13084,1106,9,'deferredfeedback',120,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Epileptiform Activity\n\n; Loose Electrodes\n\n; Jaw Tension\n\n; Environmental Activity\n\n','Environmental Activity\n\n','Environmental Activity\n\n',1658961104),(13085,1106,10,'informationitem',127,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658961104),(13086,1106,11,'deferredfeedback',131,1,1.0000000,0.0000000,1.0000000,0,'What is the effect of morphine, opioids, and heroine on the EEG?\n\n: Initially, increased alpha synchrony, and with an increased dose.\n\n; Initially, increased slow content, and with an increased dose, iso-electric EEGs have been seen.\n\n; Initially, increased beta spindles, and with an increased dose, gamma activity.\n\n; Initially, increased alpha, and with an increased dose, increased slowing.\n\n','Initially, increased alpha, and with an increased dose, increased slowing.\n\n','Initially, increased slow content, and with an increased dose, iso-electric EEGs have been seen.\n\n',1658961104),(13087,1106,12,'deferredfeedback',129,1,1.0000000,0.0000000,1.0000000,0,'True or False: More than one medication on board creates a synergistic effect of the combined medications on the EEG and can make reading medication effects in the EEG too complex to evaluate each medication’s impact on the brain activity.\n\n','True','True',1658961104),(13088,1106,13,'deferredfeedback',134,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an MAO inhibitor on the EEG? \n\n: These antidepressants have a wide variation of response on the EEG.\n\n;  Isocarboxazide increases 20-30Hz and decreases slower and higher frequencies, similar to a stimulant.\n\n; Nialamide and Tranylcypromine produce a typical profile.\n\n; All of the above.\n\n','All of the above.\n\n','All of the above.\n\n',1658961104),(13089,1106,14,'deferredfeedback',130,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of PCP on the EEG?\n\n: Increase in alpha and theta amplitude.\n\n; An increase in slow activity, with paroxysmal activity.\n\n; Isoelectric EEGs have been reported\n\n; A decrease in overall voltage.\n\n','An increase in slow activity, with paroxysmal activity.\n\n','Increase in alpha and theta amplitude.\n\n',1658961104),(13090,1106,15,'deferredfeedback',133,1,1.0000000,0.0000000,1.0000000,0,'In the low voltage fast EEG, what does initial exposure create in their brainwaves?\n\n: Higher voltage in the delta, theta and alpha bandwidths, with a reduction in relative beta\n\n;  Sudden occurrence of alpha\n\n; Periodic lateralized epileptogenic discharges (PLEDS)\n\n; Even more suppressed voltage and higher relative beta\n\n',' Sudden occurrence of alpha\n\n','Even more suppressed voltage and higher relative beta\n\n',1658961104),(13091,1106,16,'deferredfeedback',128,1,1.0000000,0.0000000,1.0000000,0,'True or False: The level of an individual’s arousal affects the EEG response differently.\n\n','True','True',1658961104),(13092,1106,17,'deferredfeedback',45,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anticonvulsant Carbamazepine on the EEG?\n\n: A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; Test-taking confidence decreased\n\n; All of the above.\n\n','All of the above.\n\n','Greater EEG slowing was associated with greater subjective neurotoxicity\n\n',1658961104),(13093,1106,18,'deferredfeedback',50,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine withdrawal on the EEG?\n\n: Hypercoherent frontal alpha activity\n\n; Decrease in delta activity\n\n; Increased beta and gamma activity\n\n; Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n',1658961104),(13094,1106,19,'deferredfeedback',48,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine on the EEG?\n\n: No effect\n\n; A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n; Increased Beta (20-30Hz) activity frontally\n\n; At toxic levels this can cause diffuse slowing in the EEG\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','Increased Beta (20-30Hz) activity frontally\n\n',1658961104),(13095,1106,20,'informationitem',138,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658961104),(13096,1106,21,'deferredfeedback',160,1,1.0000000,0.0000000,1.0000000,0,'Diffuse slow activity reflects a source that is ______________.: Sub-cortical; Pathological; False; Cortical','Sub-cortical','Pathological',1658961104),(13097,1106,22,'deferredfeedback',156,1,1.0000000,0.0000000,1.0000000,0,'The higher the frequency in EEG, the lower the:: Sensitivity; Pitch; Neuronal synchrony; Amplitude','Amplitude','Amplitude',1658961104),(13098,1106,23,'deferredfeedback',142,1,1.0000000,0.0000000,1.0000000,0,'According to Hermann and Demiralp (2005), the “gamma axis” of neuropsychiatric disorders indicates that unhealthy high levels of gamma activity are seen in ___________ and ___________ populations, and unhealthy low levels of low gamma activity are seen in _____________ and ______________ populations.\n\n:  ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n; Alzheimer’s and Negative Symptom Schizophrenic            ADHD and Epileptic\n\n; Negative Symptom Schizophrenic and ADHD            Epileptic and Alzheimer’s\n\n; Epileptic and Negative Symptom Schizophrenic        ADHD and Alzheimer’s\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',1658961104),(13099,1106,24,'deferredfeedback',157,1,1.0000000,0.0000000,1.0000000,0,'Gamma waves typically occur:: when drowsy; in bursts; in meditative states; tonically','in bursts','in meditative states',1658961104),(13100,1106,25,'deferredfeedback',140,1,1.0000000,0.0000000,1.0000000,0,'According to Coben and Padlosky (2008), autism spectrum disordered individuals showed what over 20 sessions?\n\n:  A 70% success rate with an 88% reduction in core ASD symptoms.\n\n; A 40% success rate with 40% reduction in core ASD symptoms.\n\n;  An 89% success rate with a 40% reduction in core ASD symptoms.\n\n; No change.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n','A 40% success rate with 40% reduction in core ASD symptoms.\n\n',1658961104),(13101,1106,26,'deferredfeedback',143,1,1.0000000,0.0000000,1.0000000,0,'According to Ratcliffe-Baird (2008), relative to healthy controls, stutterers show:: More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.; Hypercoherence across 25 – 30Hz bands over Broca’s area.; High measures of asymmetry in the alpha band when at rest, as well as during selective inhibition task.; Hypocoherence between F7 and F8 across 1-9Hz when asked to inhibit stuttering while talking.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.','Hypercoherence across 25 – 30Hz bands over Broca’s area.',1658961104),(13102,1106,27,'deferredfeedback',154,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1658961104),(13103,1106,28,'deferredfeedback',153,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1658961104),(13104,1106,29,'deferredfeedback',152,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','YES\n',1658961104),(13105,1106,30,'deferredfeedback',161,1,1.0000000,0.0000000,1.0000000,0,'True or False: EEG patterns are heritable.\n\n','True','True',1658961104),(13106,1106,31,'deferredfeedback',139,1,1.0000000,0.0000000,1.0000000,0,'According to Arns, et al., (2009), neurofeedback treatment for ADHD was found to be:\n\n: “Probably efficacious” (level 3)\n\n; “Efficacious” (level 4)\n\n; Possibly efficacious” (level 2)\n\n; \"Efficacious and Specific\" (level 5) \n\n','\"Efficacious and Specific\" (level 5) \n\n','“Probably efficacious” (level 3)\n\n',1658961104),(13107,1106,32,'deferredfeedback',149,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al (2010), there is a significant difference in neurofeedback efficacy between medicated and unmedicated children.\n\n','False','True',1658961104),(13108,1106,33,'deferredfeedback',159,1,1.0000000,0.0000000,1.0000000,0,'Delta is most commonly found in the adult’s EEG:: In NREM 4; When drugged; At childbirth; In NREM 2','In NREM 4','In NREM 4',1658961104),(13109,1106,34,'deferredfeedback',144,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010) neurofeedback is ________________ medication in terms of its effects on inattention and impulsivity.: Equivalent to; More efficacious than; Less effective than; None of the above','Equivalent to','Equivalent to',1658961104),(13110,1106,35,'deferredfeedback',158,1,1.0000000,0.0000000,1.0000000,0,'Gamma activity is thought to reflect _________________________ of the brain.: highly synchronized action potentials; an emergent property; the creative process; an excitable state','an emergent property','an emergent property',1658961104),(13111,1106,36,'deferredfeedback',145,1,1.0000000,0.0000000,1.0000000,0,'What were the findings from Solso, et al. (2016) regarding differences between the brains of autism spectrum disordered toddlers and healthy controls?: Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall faster than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.',1658961104),(13112,1106,37,'deferredfeedback',155,1,1.0000000,0.0000000,1.0000000,0,'The structure in the center of the brain, also known as the pace-maker in the brain, projects to all areas of the cerebral cortex is:: Brainstem; Amygdala; Basal Ganglia; Thalamus','Thalamus','Thalamus',1658961104),(13113,1106,38,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: spinal cord brainstem cortex',1658961104),(13114,1106,39,'deferredfeedback',34,1,1.0000000,0.0000000,1.0000000,0,'[Brain ]\n\n1. _____\n\n2. _____\n\n3. _____\n\n4. _____\n\n5. _____\n\n6. _____\n\n7. _____\n\n8. _____\n','part 1: Hypothalamus; part 2: Pituitary Gland; part 3: Amygdala; part 4: Hippocampus; part 5: Medula; part 6: Pons; part 7: Cerebellum; part 8: Thalamus','part 1: amygdala; part 2: hypothalamus; part 3: pituitary; part 4: putamen; part 5: hippocampus; part 6: medulla oblongata; part 7: pons; part 8: cerebellum',1658961104),(13115,1106,40,'deferredfeedback',30,1,1.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: reptilian; part 2: limbic; part 3: cortex',1658961104),(13116,1106,41,'deferredfeedback',105,1,1.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',NULL,1658961104),(13117,1106,42,'deferredfeedback',110,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',NULL,1658961104),(13118,1106,43,'deferredfeedback',111,1,1.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: ; part 2: ',1658961104),(13119,1106,44,'informationitem',202,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658961104),(13120,1106,45,'deferredfeedback',164,1,1.0000000,0.0000000,1.0000000,0,'True or False: In order to run Z-score analysis or Z-score neurofeedback, it is not necessary to transform EEG digital data to approximate a Gaussian shape (a bell curve).: True; False','False',NULL,1658961104),(13121,1106,46,'deferredfeedback',168,1,1.0000000,0.0000000,1.0000000,0,'The separation of spatially and spectrally independent components from the EEG is analogous to:: Removing extra-cerebral data from cerebral data; Separating the curds from the whey; Detecting unique voices at a cocktail party; Picking black sheep out of a flock of white sheep','Detecting unique voices at a cocktail party',NULL,1658961104),(13122,1106,47,'deferredfeedback',165,1,1.0000000,0.0000000,1.0000000,0,'Instead of measures of coherence, the SKIL database uses measures of this, which is quite like coherence but does not yield measures of phase: Synchrony; None of the above; Comodulation; Unity','Comodulation',NULL,1658961104),(13123,1106,48,'deferredfeedback',178,1,1.0000000,0.0000000,1.0000000,0,'True or False: Clinical Databases, such as Richard Soutar’s and Paul Swingle’s, use a psychologically and physiologically healthy population.: True; False','False',NULL,1658961104),(13124,1106,49,'deferredfeedback',163,1,1.0000000,0.0000000,1.0000000,0,'True or False: Increased sample size is not necessary in order to achieve closer approximations to Gaussian distribution.: True; False','False',NULL,1658961104),(13125,1106,50,'deferredfeedback',171,1,1.0000000,0.0000000,1.0000000,0,'True or False: Non-parametric statistics use parameters such as the mean, standard deviation, Pearson correlation, and variance.: True; False','False',NULL,1658961104),(13126,1106,51,'deferredfeedback',172,1,1.0000000,0.0000000,1.0000000,0,'In Quantitative EEG Databases, it is imperative that the database is broken into groups, defined by ________________.: Clinical Conditions; Sex; Age; IQ','Age',NULL,1658961104),(13127,1106,52,'deferredfeedback',177,1,1.0000000,0.0000000,1.0000000,0,'True or False: One Z-score is considered clinically significant.: True; False','False',NULL,1658961104),(13128,1106,53,'deferredfeedback',162,1,1.0000000,0.0000000,1.0000000,0,'True or False: A larger sample size is necessary for a pediatric population due to the rapid neurological developmental changes.: True; False','True',NULL,1658961104),(13129,1106,54,'deferredfeedback',169,1,1.0000000,0.0000000,1.0000000,0,'Event Related Potentials uses this form of analysis: Quantitative Component Analysis; Principle Component Analysis; Fundamental Component Analysis; Independent Component Analysis','Independent Component Analysis',NULL,1658961104),(13130,1106,55,'deferredfeedback',176,1,1.0000000,0.0000000,1.0000000,0,'Who were the inventors of the SKIL database?: E. Roy John; David Kaiser and Barry Sterman; Robert W. Thatcher; Juri Kropotov','David Kaiser and Barry Sterman',NULL,1658961104),(13131,1106,56,'deferredfeedback',167,1,1.0000000,0.0000000,1.0000000,0,'This statistical method to separate independent sources from superimposed signals is the most common method that has been used in EEG data decomposition, and can be used to identify and remove the artifacts from raw EEG data.: Principle Components Analysis; Quantitative EEG Analysis; Power-Power Coupling Analysis; Independent Components Analysis','Independent Components Analysis',NULL,1658961104),(13132,1106,57,'deferredfeedback',180,1,1.0000000,0.0000000,1.0000000,0,'True or False: Independent Components Analysis requires the cleaning of EEG data from artifacts.: True; False','False',NULL,1658961104),(13133,1106,58,'deferredfeedback',170,1,1.0000000,0.0000000,1.0000000,0,'They was the first to use Z-scores in EEG Quantitative Analysis;: Milos Matousek and Ingemar Pedersen; E. Roy John and Frank Duffy; Bob Thatcher; Carl Friedrich Gauss','Milos Matousek and Ingemar Pedersen',NULL,1658961104),(13134,1106,59,'deferredfeedback',173,1,1.0000000,0.0000000,1.0000000,0,'True or False: A person’s handedness can affect the position of their auditory cortex.: True; False','True',NULL,1658961104),(13135,1106,60,'deferredfeedback',76,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSex\n\n','True',NULL,1658961104),(13136,1106,61,'deferredfeedback',70,1,1.0000000,0.0000000,1.0000000,0,'This figure is depicting what important concept in Quantitative EEG?\n\n[EEG]\n\n: Z-score computation\n\n; Gaussian Distribution\n\n; A bell curve analysis\n\n; All of the above\n\n','All of the above\n\n',NULL,1658961104),(13137,1106,62,'deferredfeedback',71,1,1.0000000,0.0000000,1.0000000,0,'What is the unit used for measure of standard deviation in Quantitative EEG?\n\n','Z Scores',NULL,1658961104),(13138,1106,63,'deferredfeedback',69,1,1.0000000,0.0000000,1.0000000,0,'The formula for Z=scores is: \n\n: Z= [observed value – normative value]/subjective standard deviation\n\n; Z = [normative value + observed value]/normative standard deviation\n\n; Z= [normative value + observed value]/San Diego\n\n; Z= [normative value - observed value]/normative standard deviation\n\n','Z= [normative value - observed value]/normative standard deviation\n\n',NULL,1658961104),(13139,1106,64,'deferredfeedback',77,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nAcademic Problems\n','True',NULL,1658961104),(13140,1106,65,'informationitem',203,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1658961104),(13141,1106,66,'deferredfeedback',201,1,1.0000000,0.0000000,1.0000000,0,'What does Figure 1 show that Figure 2 lacks?\n\n1.\n\n2.\n\n: Diffusion\n\n;  Slow Content\n\n; Kurtosis\n\n;  Z-scores\n\n','Kurtosis\n\n',NULL,1658961104),(13142,1106,67,'deferredfeedback',188,1,1.0000000,0.0000000,1.0000000,0,'A transverse bi-polar montage travels ______________ over the scalp.: Coronally; Vertically; Sagitally; Horizontally','Coronally',NULL,1658961104),(13143,1106,68,'deferredfeedback',193,1,1.0000000,0.0000000,1.0000000,0,'Hypo Phase Lag indicates:: Too long a duration of phase lock; Too short a duration of phase lock; Too Long a duration of phase shift; Too short a duration of phase shift','Too long a duration of phase lock',NULL,1658961104),(13144,1106,69,'deferredfeedback',195,1,1.0000000,0.0000000,1.0000000,0,'A broken ear electrode can lead to:: Global Shared Variance; Poor Recording; False Coherences; All of the Above','All of the Above',NULL,1658961104),(13145,1106,70,'deferredfeedback',190,1,1.0000000,0.0000000,1.0000000,0,'True or False:  The Fast Fourier transform (FFT) is a frequency domain method of spectral analysis.: True; False','True',NULL,1658961104),(13146,1106,71,'deferredfeedback',197,1,1.0000000,0.0000000,1.0000000,0,'True or False: A popping electrode can lead to false Asymmetry measures: True; False','True',NULL,1658961104),(13147,1106,72,'deferredfeedback',185,1,1.0000000,0.0000000,1.0000000,0,'What is the most accurate definition of coherence?: A measure of synchrony in disparate waveforms; The measure of difference between two phase angles; A measure of connectivity; The stability of phase relationship between any two areas of the brain.','The stability of phase relationship between any two areas of the brain.',NULL,1658961104),(13148,1106,73,'deferredfeedback',181,1,1.0000000,0.0000000,1.0000000,0,'What is the most common problem with linked ears montages?: Shared variance; False coherences; Contaminated ear electrodes; All of the above','All of the above',NULL,1658961104),(13149,1106,74,'deferredfeedback',187,1,1.0000000,0.0000000,1.0000000,0,'True or false: Phase reversals and meaningful in beta and gamma bandwidths: True; False','False',NULL,1658961104),(13150,1106,75,'deferredfeedback',198,1,1.0000000,0.0000000,1.0000000,0,'Phase Reversals can indicate which of the following?: Encephalopathy; Lesions; None of the above; Post Concussive Syndrome','Lesions',NULL,1658961104),(13151,1106,76,'deferredfeedback',199,1,1.0000000,0.0000000,1.0000000,0,'True or False: A Fast Fourier Transform and a Joint Time Frequency Analysis both decompose a comple signal into its component frequencies.: True; False','True',NULL,1658961104),(13152,1106,77,'deferredfeedback',184,1,1.0000000,0.0000000,1.0000000,0,'This type of montage uses the average of all electrodes as the reference.: Current Source Density; Bi-polar; Linked Ears; Average','Average',NULL,1658961104),(13153,1106,78,'deferredfeedback',189,1,1.0000000,0.0000000,1.0000000,0,'If you see a heartbeat artifact contaminating every electrode lead, what should you do to properly interpret the data?: Switch to an average reference; Select any data you choose, the heartbeat will not affect the quantitative EEG; Switch to linked ears reference; Select only those portions of the EEG without the heartbeat','Switch to an average reference',NULL,1658961104),(13154,1106,79,'deferredfeedback',186,1,1.0000000,0.0000000,1.0000000,0,'Activity from which lobes can impact a linked ears recording?: Frontal; Temporal; Parietal; Occipital','Temporal',NULL,1658961104),(13155,1106,80,'deferredfeedback',196,1,1.0000000,0.0000000,1.0000000,0,'What feature seen in raw EEG is impossible to see in quantitative EEG maps?: Amplitude; Morphology; Frequency; Artifact','Morphology',NULL,1658961104),(13156,1106,81,'deferredfeedback',97,1,1.0000000,0.0000000,1.0000000,0,'Joint Time Frequency Analysis shows frequency as a function of time\n\n','True',NULL,1658961104),(13157,1106,82,'deferredfeedback',99,1,1.0000000,0.0000000,1.0000000,0,'The amplitude of EEG is affected by the scalp impedance, skull thickness, and conductance properties of them\n\n','True',NULL,1658961104),(13158,1106,83,'deferredfeedback',100,1,1.0000000,0.0000000,1.0000000,0,'Shared variance in the EEG due to a temporal source will create false coherence in the QEEG\n\n','True',NULL,1658961104),(13159,1106,84,'deferredfeedback',104,1,1.0000000,0.0000000,1.0000000,0,'A double banana montage is a bi-polar montage\n\n','True',NULL,1658961104),(13160,1106,85,'deferredfeedback',101,1,1.0000000,0.0000000,1.0000000,0,'An average montage is useful for showing diffuse activity in the EEG\n\n','False',NULL,1658961104),(13161,1107,1,'informationitem',117,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659041793),(13162,1107,2,'deferredfeedback',123,1,1.0000000,0.0000000,1.0000000,0,'The centrifugal effect\n\n: is due to shared variance in the EEG.\n\n; is only seen in QEEG maps, and is largely a thing of the past.\n\n; is seen in linked ears montages.\n\n; happens in nearly all EEGs.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n',1659041793),(13163,1107,3,'deferredfeedback',126,1,1.0000000,0.0000000,1.0000000,0,'What is impedance in EEG?\n\n: A measure of the connectivity between electrode and scalp, measured in bits. Smaller numbers mean higher resistance to brainwave activity.\n\n; A measure of the impediment to the flow of direct current, measured in ohms. Larger numbers mean good contact.\n\n; A direct measure of how much paste and abrasive scrub was used to prep the individual. Smaller numbers mean poor contact.\n\n;  A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',1659041793),(13164,1107,4,'deferredfeedback',124,1,1.0000000,0.0000000,1.0000000,0,'What is the activity happening at T4?\n\n: Occipitalis muscle artifact\n\n; Jaw tension\n\n; Frontalis muscle artifact\n\n; Loose electrode\n\n','Jaw tension\n\n','Jaw tension\n\n',1659041793),(13165,1107,5,'deferredfeedback',119,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Cable Sway\n\n; Electrical artifact; Sweat artifact\n\n; Muscle artifact\n\n','Electrical artifact','Electrical artifact',1659041793),(13166,1107,6,'deferredfeedback',121,1,1.0000000,0.0000000,1.0000000,0,'There are two types of artifacts in this EEG, what are they?\n\n: Cardiac artifact and medication artifact\n\n; Medication artifact and electrical artifact\n\n; Loose electrodes (“cable sway”) and cardiac artifact\n\n; Sweat and muscle artifact\n\n','Cardiac artifact and medication artifact\n\n','Cardiac artifact and medication artifact\n\n',1659041793),(13167,1107,7,'deferredfeedback',122,1,1.0000000,0.0000000,1.0000000,0,'What is occurring at the Cz channel in this EEG?\n\n: Lateral Eye Movements\n\n; Environmental Noise\n\n; Electrode Pop\n\n; Spike and Slow Wave\n\n','Electrode Pop\n\n','Electrode Pop\n\n',1659041793),(13168,1107,8,'deferredfeedback',125,1,1.0000000,0.0000000,1.0000000,0,'What is happening in the boxed electrodes below?\n\n: Focal Delta\n\n;  Loose electrodes\n\n;  heartbeat artifact\n\n; Environmental Noise\n\n',' heartbeat artifact\n\n',' heartbeat artifact\n\n',1659041793),(13169,1107,9,'deferredfeedback',120,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Environmental Activity\n\n; Jaw Tension\n\n; Loose Electrodes\n\n; Epileptiform Activity\n\n','Environmental Activity\n\n','Environmental Activity\n\n',1659041793),(13170,1107,10,'informationitem',127,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659041793),(13171,1107,11,'deferredfeedback',135,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of methylphenidate (Ritalin) on the EEG?\n\n: decrease in delta and theta, increase in posterior alpha, increase in low beta amplitudes.\n\n; decrease in all frequency bands, excepting gamma, where we see an increase in amplitude.\n\n; decrease in Beta 2 and Beta 3, with an increase in alpha amplitudes.\n\n; decrease in slow activity and an increase in beta from 12-26Hz.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n',1659041793),(13172,1107,12,'deferredfeedback',136,1,1.0000000,0.0000000,1.0000000,0,'True or False: Cocaine is a well-known epileptic potentiator.\n','True','True',1659041793),(13173,1107,13,'deferredfeedback',131,1,1.0000000,0.0000000,1.0000000,0,'What is the effect of morphine, opioids, and heroine on the EEG?\n\n: Initially, increased slow content, and with an increased dose, iso-electric EEGs have been seen.\n\n; Initially, increased alpha, and with an increased dose, increased slowing.\n\n; Initially, increased alpha synchrony, and with an increased dose.\n\n; Initially, increased beta spindles, and with an increased dose, gamma activity.\n\n','Initially, increased alpha, and with an increased dose, increased slowing.\n\n','Initially, increased slow content, and with an increased dose, iso-electric EEGs have been seen.\n\n',1659041793),(13174,1107,14,'deferredfeedback',133,1,1.0000000,0.0000000,1.0000000,0,'In the low voltage fast EEG, what does initial exposure create in their brainwaves?\n\n: Periodic lateralized epileptogenic discharges (PLEDS)\n\n;  Sudden occurrence of alpha\n\n; Higher voltage in the delta, theta and alpha bandwidths, with a reduction in relative beta\n\n; Even more suppressed voltage and higher relative beta\n\n',' Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',1659041793),(13175,1107,15,'deferredfeedback',130,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of PCP on the EEG?\n\n: Isoelectric EEGs have been reported\n\n; An increase in slow activity, with paroxysmal activity.\n\n; Increase in alpha and theta amplitude.\n\n; A decrease in overall voltage.\n\n','An increase in slow activity, with paroxysmal activity.\n\n','An increase in slow activity, with paroxysmal activity.\n\n',1659041793),(13176,1107,16,'deferredfeedback',129,1,1.0000000,0.0000000,1.0000000,0,'True or False: More than one medication on board creates a synergistic effect of the combined medications on the EEG and can make reading medication effects in the EEG too complex to evaluate each medication’s impact on the brain activity.\n\n','True','True',1659041793),(13177,1107,17,'deferredfeedback',49,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Marijuana on the EEG?: Increased alpha coherence\n\n; Increased frontal alpha\n\n; Increased Beta\n\n; A and B\n\n','A and B\n\n','A and B\n\n',1659041793),(13178,1107,18,'deferredfeedback',48,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine on the EEG?\n\n: Increased Beta (20-30Hz) activity frontally\n\n; At toxic levels this can cause diffuse slowing in the EEG\n\n; A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n; No effect\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n',1659041793),(13179,1107,19,'deferredfeedback',45,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anticonvulsant Carbamazepine on the EEG?\n\n: A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; Test-taking confidence decreased\n\n; All of the above.\n\n','All of the above.\n\n','All of the above.\n\n',1659041793),(13180,1107,20,'informationitem',138,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659041793),(13181,1107,21,'deferredfeedback',158,1,1.0000000,0.0000000,1.0000000,0,'Gamma activity is thought to reflect _________________________ of the brain.: an emergent property; the creative process; an excitable state; highly synchronized action potentials','an emergent property','an emergent property',1659041793),(13182,1107,22,'deferredfeedback',145,1,1.0000000,0.0000000,1.0000000,0,'What were the findings from Solso, et al. (2016) regarding differences between the brains of autism spectrum disordered toddlers and healthy controls?: Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall faster than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.','Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.',1659041793),(13183,1107,23,'deferredfeedback',144,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010) neurofeedback is ________________ medication in terms of its effects on inattention and impulsivity.: Equivalent to; More efficacious than; Less effective than; None of the above','Equivalent to','Equivalent to',1659041793),(13184,1107,24,'deferredfeedback',157,1,1.0000000,0.0000000,1.0000000,0,'Gamma waves typically occur:: tonically; in bursts; when drowsy; in meditative states','in bursts','in bursts',1659041793),(13185,1107,25,'deferredfeedback',142,1,1.0000000,0.0000000,1.0000000,0,'According to Hermann and Demiralp (2005), the “gamma axis” of neuropsychiatric disorders indicates that unhealthy high levels of gamma activity are seen in ___________ and ___________ populations, and unhealthy low levels of low gamma activity are seen in _____________ and ______________ populations.\n\n: Epileptic and Negative Symptom Schizophrenic        ADHD and Alzheimer’s\n\n; Alzheimer’s and Negative Symptom Schizophrenic            ADHD and Epileptic\n\n; Negative Symptom Schizophrenic and ADHD            Epileptic and Alzheimer’s\n\n;  ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',1659041793),(13186,1107,26,'deferredfeedback',160,1,1.0000000,0.0000000,1.0000000,0,'Diffuse slow activity reflects a source that is ______________.: False; Sub-cortical; Cortical; Pathological','Sub-cortical','Sub-cortical',1659041793),(13187,1107,27,'deferredfeedback',161,1,1.0000000,0.0000000,1.0000000,0,'True or False: EEG patterns are heritable.\n\n','True','True',1659041793),(13188,1107,28,'deferredfeedback',143,1,1.0000000,0.0000000,1.0000000,0,'According to Ratcliffe-Baird (2008), relative to healthy controls, stutterers show:: More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.; Hypocoherence between F7 and F8 across 1-9Hz when asked to inhibit stuttering while talking.; High measures of asymmetry in the alpha band when at rest, as well as during selective inhibition task.; Hypercoherence across 25 – 30Hz bands over Broca’s area.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.',1659041793),(13189,1107,29,'deferredfeedback',147,1,1.0000000,0.0000000,1.0000000,0,'According to Koenig et al., (2005), Alzheimer’s patients showed ______________________.: Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.; High amplitude delta and theta activity, paired with low amplitude alpha and beta activity.; Disconnection between high density network nodes, indicating dysfunctiona resting state network connections.; Plaques and tangles in the top three layers of pyradimal neurons, creating low voltage beta activity and high amplitude delta activity.','Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.','Decreased synchronization values in Alpha, Beta, and Gamma frequency bands, and increased global field synchrony values in the delta band.',1659041793),(13190,1107,30,'deferredfeedback',140,1,1.0000000,0.0000000,1.0000000,0,'According to Coben and Padlosky (2008), autism spectrum disordered individuals showed what over 20 sessions?\n\n:  An 89% success rate with a 40% reduction in core ASD symptoms.\n\n; A 40% success rate with 40% reduction in core ASD symptoms.\n\n;  A 70% success rate with an 88% reduction in core ASD symptoms.\n\n; No change.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n',1659041793),(13191,1107,31,'deferredfeedback',150,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010), neurofeedback is most effective for the main complaint of hyperactivity in ADHD children.','False','False',1659041793),(13192,1107,32,'deferredfeedback',146,1,1.0000000,0.0000000,1.0000000,0,'According to Thatcher, et al. (2009), phase shift duration in ASD subjects was ___________________________ in all frequency bands but especially in the alpha-1 frequency band (8–10 Hz). Phase lock duration was _______________________ in the alpha-2 frequency band (10–12 Hz) in ASD subjects.: Slightly Shorter, Slightly Longer; Slightly Longer, Slightly Shorter; Significantly Longer, Significantly Slower; Significantly Shorter, Significantly Longer','Significantly Shorter, Significantly Longer','Significantly Shorter, Significantly Longer',1659041793),(13193,1107,33,'deferredfeedback',149,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al (2010), there is a significant difference in neurofeedback efficacy between medicated and unmedicated children.\n\n','False','False',1659041793),(13194,1107,34,'deferredfeedback',154,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1659041793),(13195,1107,35,'deferredfeedback',155,1,1.0000000,0.0000000,1.0000000,0,'The structure in the center of the brain, also known as the pace-maker in the brain, projects to all areas of the cerebral cortex is:: Amygdala; Thalamus; Basal Ganglia; Brainstem','Thalamus','Thalamus',1659041793),(13196,1107,36,'deferredfeedback',151,1,1.0000000,0.0000000,1.0000000,0,' Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','YES\n',1659041794),(13197,1107,37,'deferredfeedback',156,1,1.0000000,0.0000000,1.0000000,0,'The higher the frequency in EEG, the lower the:: Pitch; Neuronal synchrony; Amplitude; Sensitivity','Amplitude','Amplitude',1659041794),(13198,1107,38,'deferredfeedback',111,1,1.0000000,0.0000000,1.0000000,0,'There are thought  to be 20 fundamental _____ in the brain (Laird, et al, 2010}, which made of \"brain hubs.\"  Hubs, or high-density _____ , are highly connected and highly central neocortical hub regions in the brain that are responsible for the integration of information, globally.\n\n','part 1: networks; part 2: nodes','part 1: networks; part 2: nodes',1659041794),(13199,1107,39,'deferredfeedback',34,1,1.0000000,0.0000000,1.0000000,0,'[Brain ]\n\n1. _____\n\n2. _____\n\n3. _____\n\n4. _____\n\n5. _____\n\n6. _____\n\n7. _____\n\n8. _____\n','part 1: Hypothalamus; part 2: Pituitary Gland; part 3: Amygdala; part 4: Hippocampus; part 5: Medula; part 6: Pons; part 7: Cerebellum; part 8: Thalamus','part 1: ; part 2: hypothalamus; part 3: pituitary; part 4: amygdala; part 5: hippocampus; part 6: medulla; part 7: pons; part 8: cerebellum',1659041794),(13200,1107,40,'deferredfeedback',110,1,1.0000000,0.0000000,1.0000000,0,'Name those ventricles!\n\n; [[Drop zone 1]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 2]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 3]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 4]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 5]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}; [[Drop zone 6]] -> {1. Lateral Ventricles / 2. Interventricular foramen / 3. Third Ventricle / 4. Cerebral aqueduct / 5. Fourth Ventricle / 6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}','Drop zone 1 -> {1. Lateral Ventricles} Drop zone 2 -> {2. Interventricular foramen} Drop zone 3 -> {3. Third Ventricle} Drop zone 4 -> {4. Cerebral aqueduct} Drop zone 5 -> {5. Fourth Ventricle} Drop zone 6 -> {6. Central canal}',1659041794),(13201,1107,41,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: brain brain stem spine',1659041794),(13202,1107,42,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {4. Primary somatosensory area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {2. Primary motor area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1659041794),(13203,1107,43,'deferredfeedback',30,1,1.0000000,0.0000000,1.0000000,0,'[Brain Triune]\n\nBrown: _____\n\nRed: _____\n\nBlue: _____\n\n','part 1: Reptilian Brain; part 2: Limbic System; part 3: Neocortex','part 1: reptilian brain; part 2: Limbic; part 3: neocortex',1659041794),(13204,1107,44,'informationitem',202,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659041794),(13205,1107,45,'deferredfeedback',171,1,1.0000000,0.0000000,1.0000000,0,'True or False: Non-parametric statistics use parameters such as the mean, standard deviation, Pearson correlation, and variance.: True; False','False','False',1659041794),(13206,1107,46,'deferredfeedback',179,1,1.0000000,0.0000000,1.0000000,0,'True or False: Lateral eye movement can be seen in a quantitative EEG as delta at the F7 and F8 electrode locations.: True; False','True','True',1659041794),(13207,1107,47,'deferredfeedback',166,1,1.0000000,0.0000000,1.0000000,0,'A false positive in QEEG would:: Fail to indicate a present finding as present; Indicate a finding was present that actually was not present; Indicate that the clinician is “throwing the baby out with the bathwater”; Indicate poor artifacting skills','Indicate a finding was present that actually was not present','Indicate a finding was present that actually was not present',1659041794),(13208,1107,48,'deferredfeedback',176,1,1.0000000,0.0000000,1.0000000,0,'Who were the inventors of the SKIL database?: Juri Kropotov; E. Roy John; Robert W. Thatcher; David Kaiser and Barry Sterman','David Kaiser and Barry Sterman','David Kaiser and Barry Sterman',1659041794),(13209,1107,49,'deferredfeedback',167,1,1.0000000,0.0000000,1.0000000,0,'This statistical method to separate independent sources from superimposed signals is the most common method that has been used in EEG data decomposition, and can be used to identify and remove the artifacts from raw EEG data.: Power-Power Coupling Analysis; Independent Components Analysis; Quantitative EEG Analysis; Principle Components Analysis','Independent Components Analysis','Independent Components Analysis',1659041794),(13210,1107,50,'deferredfeedback',173,1,1.0000000,0.0000000,1.0000000,0,'True or False: A person’s handedness can affect the position of their auditory cortex.: True; False','True','True',1659041794),(13211,1107,51,'deferredfeedback',170,1,1.0000000,0.0000000,1.0000000,0,'They was the first to use Z-scores in EEG Quantitative Analysis;: Bob Thatcher; E. Roy John and Frank Duffy; Carl Friedrich Gauss; Milos Matousek and Ingemar Pedersen','Milos Matousek and Ingemar Pedersen','Milos Matousek and Ingemar Pedersen',1659041794),(13212,1107,52,'deferredfeedback',180,1,1.0000000,0.0000000,1.0000000,0,'True or False: Independent Components Analysis requires the cleaning of EEG data from artifacts.: True; False','False','True',1659041794),(13213,1107,53,'deferredfeedback',177,1,1.0000000,0.0000000,1.0000000,0,'True or False: One Z-score is considered clinically significant.: True; False','False','False',1659041794),(13214,1107,54,'deferredfeedback',165,1,1.0000000,0.0000000,1.0000000,0,'Instead of measures of coherence, the SKIL database uses measures of this, which is quite like coherence but does not yield measures of phase: Comodulation; Unity; None of the above; Synchrony','Comodulation','Comodulation',1659041794),(13215,1107,55,'deferredfeedback',178,1,1.0000000,0.0000000,1.0000000,0,'True or False: Clinical Databases, such as Richard Soutar’s and Paul Swingle’s, use a psychologically and physiologically healthy population.: True; False','False','True',1659041794),(13216,1107,56,'deferredfeedback',175,1,1.0000000,0.0000000,1.0000000,0,'What is different from other databases in the isync brain database?: They use independent components analysis in the processing of data; They separate demographics by 5 years of age; They separate males and females; They separate eyes open and eyes closed','They separate males and females','They separate males and females',1659041794),(13217,1107,57,'deferredfeedback',163,1,1.0000000,0.0000000,1.0000000,0,'True or False: Increased sample size is not necessary in order to achieve closer approximations to Gaussian distribution.: True; False','False','False',1659041794),(13218,1107,58,'deferredfeedback',174,1,1.0000000,0.0000000,1.0000000,0,'True or False: EEG is an excellent modality for imaging both temporal and spatial activity in the brain.: True; False','False','False',1659041794),(13219,1107,59,'deferredfeedback',168,1,1.0000000,0.0000000,1.0000000,0,'The separation of spatially and spectrally independent components from the EEG is analogous to:: Removing extra-cerebral data from cerebral data; Detecting unique voices at a cocktail party; Separating the curds from the whey; Picking black sheep out of a flock of white sheep','Detecting unique voices at a cocktail party','Detecting unique voices at a cocktail party',1659041794),(13220,1107,60,'deferredfeedback',69,1,1.0000000,0.0000000,1.0000000,0,'The formula for Z=scores is: \n\n: Z = [normative value + observed value]/normative standard deviation\n\n; Z= [observed value – normative value]/subjective standard deviation\n\n; Z= [normative value + observed value]/San Diego\n\n; Z= [normative value - observed value]/normative standard deviation\n\n','Z= [normative value - observed value]/normative standard deviation\n\n','Z= [normative value - observed value]/normative standard deviation\n\n',1659041794),(13221,1107,61,'deferredfeedback',77,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nAcademic Problems\n','True','True',1659041794),(13222,1107,62,'deferredfeedback',75,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSingle or Married\n','False','False',1659041794),(13223,1107,63,'deferredfeedback',78,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nArtifact Elimination\n','True','True',1659041794),(13224,1107,64,'deferredfeedback',71,1,1.0000000,0.0000000,1.0000000,0,'What is the unit used for measure of standard deviation in Quantitative EEG?\n\n','Z Scores','Z scores',1659041794),(13225,1107,65,'informationitem',203,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659041794),(13226,1107,66,'deferredfeedback',182,1,1.0000000,0.0000000,1.0000000,0,'Bi-polar montages are useful for:: Understanding diffuse activity in the EEG; Removing the effects of medication; Determining the locality of focal findings; Isolating artifactual data','Determining the locality of focal findings','Determining the locality of focal findings',1659041794),(13227,1107,67,'deferredfeedback',197,1,1.0000000,0.0000000,1.0000000,0,'True or False: A popping electrode can lead to false Asymmetry measures: True; False','True','True',1659041794),(13228,1107,68,'deferredfeedback',193,1,1.0000000,0.0000000,1.0000000,0,'Hypo Phase Lag indicates:: Too long a duration of phase lock; Too short a duration of phase shift; Too Long a duration of phase shift; Too short a duration of phase lock','Too long a duration of phase lock','Too long a duration of phase lock',1659041794),(13229,1107,69,'deferredfeedback',181,1,1.0000000,0.0000000,1.0000000,0,'What is the most common problem with linked ears montages?: Shared variance; False coherences; Contaminated ear electrodes; All of the above','All of the above','All of the above',1659041794),(13230,1107,70,'deferredfeedback',196,1,1.0000000,0.0000000,1.0000000,0,'What feature seen in raw EEG is impossible to see in quantitative EEG maps?: Amplitude; Artifact; Frequency; Morphology','Morphology','Artifact',1659041794),(13231,1107,71,'deferredfeedback',194,1,1.0000000,0.0000000,1.0000000,0,'When __________________ is too short then there are fewer neural resources available to be phase locked into a stable dynamic: Phase Lock Duration; Phase Reset; Phase; Phase Shift Duration','Phase Shift Duration','Phase Shift Duration',1659041794),(13232,1107,72,'deferredfeedback',184,1,1.0000000,0.0000000,1.0000000,0,'This type of montage uses the average of all electrodes as the reference.: Bi-polar; Current Source Density; Linked Ears; Average','Average','Linked Ears',1659041794),(13233,1107,73,'deferredfeedback',192,1,1.0000000,0.0000000,1.0000000,0,'These are the three kinds of connectivity:: Efferent, Afferent, and Typical; Independent, Principal, and Primary; Structural, Fundamental, and Principal; Functional, Effective, and Structural','Functional, Effective, and Structural','Functional, Effective, and Structural',1659041794),(13234,1107,74,'deferredfeedback',190,1,1.0000000,0.0000000,1.0000000,0,'True or False:  The Fast Fourier transform (FFT) is a frequency domain method of spectral analysis.: True; False','True','True',1659041794),(13235,1107,75,'deferredfeedback',200,1,1.0000000,0.0000000,1.0000000,0,'In this image, what bandwidth has the lowest power?\n\n: Beta\n; Theta\n\n; Alpha\n\n; Delta\n\n','Delta\n\n','Delta\n\n',1659041794),(13236,1107,76,'deferredfeedback',185,1,1.0000000,0.0000000,1.0000000,0,'What is the most accurate definition of coherence?: A measure of synchrony in disparate waveforms; The measure of difference between two phase angles; The stability of phase relationship between any two areas of the brain.; A measure of connectivity','The stability of phase relationship between any two areas of the brain.','The stability of phase relationship between any two areas of the brain.',1659041794),(13237,1107,77,'deferredfeedback',187,1,1.0000000,0.0000000,1.0000000,0,'True or false: Phase reversals and meaningful in beta and gamma bandwidths: True; False','False','False',1659041794),(13238,1107,78,'deferredfeedback',188,1,1.0000000,0.0000000,1.0000000,0,'A transverse bi-polar montage travels ______________ over the scalp.: Vertically; Coronally; Horizontally; Sagitally','Coronally','Coronally',1659041794),(13239,1107,79,'deferredfeedback',189,1,1.0000000,0.0000000,1.0000000,0,'If you see a heartbeat artifact contaminating every electrode lead, what should you do to properly interpret the data?: Switch to linked ears reference; Select only those portions of the EEG without the heartbeat; Switch to an average reference; Select any data you choose, the heartbeat will not affect the quantitative EEG','Switch to an average reference','Switch to linked ears reference',1659041794),(13240,1107,80,'deferredfeedback',199,1,1.0000000,0.0000000,1.0000000,0,'True or False: A Fast Fourier Transform and a Joint Time Frequency Analysis both decompose a comple signal into its component frequencies.: True; False','True','True',1659041794),(13241,1107,81,'deferredfeedback',103,1,1.0000000,0.0000000,1.0000000,0,'Slower frequencies are smaller in amplitude than faster frequencies \n\n','False','False',1659041794),(13242,1107,82,'deferredfeedback',96,1,1.0000000,0.0000000,1.0000000,0,'A heartbeat coming from the ear reference will not affect the coherence of the QEEG\n\n','False','False',1659041794),(13243,1107,83,'deferredfeedback',104,1,1.0000000,0.0000000,1.0000000,0,'A double banana montage is a bi-polar montage\n\n','True','True',1659041794),(13244,1107,84,'deferredfeedback',95,1,1.0000000,0.0000000,1.0000000,0,'A bipolar montage is good at locating sources of slow activity in the EEG\n\n','True','False',1659041794),(13245,1107,85,'deferredfeedback',101,1,1.0000000,0.0000000,1.0000000,0,'An average montage is useful for showing diffuse activity in the EEG\n\n','False','True',1659041794),(13246,1108,1,'deferredfeedback',1085,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anticonvulsant Carbamazepine on the EEG?\n\n: A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n; Test-taking confidence decreased\n\n; All of the above\n\n','All of the above\n\n','A decreased in the peak frequency of the posterior (alpha) rhythm\n\n',1659053347),(13247,1108,2,'deferredfeedback',1086,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anti-convulsant Gabapentin on the EEG?\n: Beta Spindles from 15-22Hz\n\n; A decreased in the peak frequency of the posterior (alpha) rhythm\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; B and C\n\n','B and C\n\n','Beta Spindles from 15-22Hz\n\n',1659053347),(13248,1108,3,'deferredfeedback',1087,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine on the EEG?\n\n: At toxic levels this can cause diffuse slowing in the EEG\n\n; Increased Beta (20-30Hz) activity frontally; No effect\n\n; A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','Increased Beta (20-30Hz) activity frontally',1659053347),(13249,1108,4,'deferredfeedback',1088,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Marijuana on the EEG?\n\n: Increased alpha coherence\n\n; Increased frontal alpha\n\n; Increased Beta\n\n; A and B\n\n','A and B\n\n','A and B\n\n',1659053347),(13250,1108,5,'deferredfeedback',1089,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine withdrawal on the EEG?\n: Decrease in delta activity\n\n; Increased beta and gamma activity\n\n; Increase in frontal alpha and frontal theta\n\n; Hypercoherent frontal alpha activity\n\n','Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n',1659053347),(13251,1108,6,'deferredfeedback',1090,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the neuroleptic Haldol on the EEG?\n: Decrease in alpha activity\n\n; Increase of beta activity\n\n; Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n; None of the above\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n',1659053347),(13252,1108,7,'deferredfeedback',1091,1,1.0000000,0.0000000,1.0000000,0,'What is one common effect of both Adderall and Ritalin?\n: Alpha hypercoherence\n\n; Decreased beta activity\n\n; Increased gamma activity\n\n; Decreased slower activity\n','Decreased slower activity\n','Decreased slower activity\n',1659053347),(13253,1108,8,'deferredfeedback',1092,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Barbituates on the EEG?\n: Rhythmic 18-26Hz activity increases globally\n\n; An increase in slowing with heavier dosing\n\n; At a toxic level, faster activity decreases and slower activity increases, with possible iso-electric pattern\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1659053347),(13254,1108,9,'deferredfeedback',1093,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Nicotine on the EEG?\n: Increases alpha peak frequency up to 2Hz\n\n; Decrease in delta and theta\n\n; Diffuse beta spindles from 15 – 22Hz\n\n; No change\n\n','Increases alpha peak frequency up to 2Hz\n\n','Diffuse beta spindles from 15 – 22Hz\n\n',1659053347),(13255,1108,10,'deferredfeedback',1094,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an SSRI, such as Prozac, Zoloft, or Paxil?\n: A slight decrease in slow frequencies\n\n; Increase in the slow frequencies of delta and theta and an increase in alpha coherence\n\n; Overall amplitude attenuation\n\n; Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n',1659053347),(13256,1109,1,'deferredfeedback',1085,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anticonvulsant Carbamazepine on the EEG?\n\n: A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n; Test-taking confidence decreased\n\n; All of the above\n\n','All of the above\n\n','A decreased in the peak frequency of the posterior (alpha) rhythm\n\n',1659389320),(13257,1109,2,'deferredfeedback',1086,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anti-convulsant Gabapentin on the EEG?\n: Beta Spindles from 15-22Hz\n\n; A decreased in the peak frequency of the posterior (alpha) rhythm\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; B and C\n\n','B and C\n\n','A decreased in the peak frequency of the posterior (alpha) rhythm\n',1659389320),(13258,1109,3,'deferredfeedback',1087,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine on the EEG?\n\n: No effect\n\n; A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n; Increased Beta (20-30Hz) activity frontally; At toxic levels this can cause diffuse slowing in the EEG\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','Increased Beta (20-30Hz) activity frontally',1659389320),(13259,1109,4,'deferredfeedback',1088,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Marijuana on the EEG?\n\n: Increased alpha coherence\n\n; Increased frontal alpha\n\n; Increased Beta\n\n; A and B\n\n','A and B\n\n','A and B\n\n',1659389320),(13260,1109,5,'deferredfeedback',1089,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine withdrawal on the EEG?\n: Increase in frontal alpha and frontal theta\n\n; Hypercoherent frontal alpha activity\n\n; Increased beta and gamma activity\n\n; Decrease in delta activity\n\n','Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n',1659389320),(13261,1109,6,'deferredfeedback',1090,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the neuroleptic Haldol on the EEG?\n: Decrease in alpha activity\n\n; Increase of beta activity\n\n; Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n; None of the above\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n',1659389320),(13262,1109,7,'deferredfeedback',1091,1,1.0000000,0.0000000,1.0000000,0,'What is one common effect of both Adderall and Ritalin?\n: Alpha hypercoherence\n\n; Decreased slower activity\n; Decreased beta activity\n\n; Increased gamma activity\n\n','Decreased slower activity\n','Decreased slower activity\n',1659389320),(13263,1109,8,'deferredfeedback',1092,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Barbituates on the EEG?\n: Rhythmic 18-26Hz activity increases globally\n\n; An increase in slowing with heavier dosing\n\n; At a toxic level, faster activity decreases and slower activity increases, with possible iso-electric pattern\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1659389320),(13264,1109,9,'deferredfeedback',1093,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Nicotine on the EEG?\n: No change\n\n; Diffuse beta spindles from 15 – 22Hz\n\n; Increases alpha peak frequency up to 2Hz\n\n; Decrease in delta and theta\n\n','Increases alpha peak frequency up to 2Hz\n\n','Diffuse beta spindles from 15 – 22Hz\n\n',1659389320),(13265,1109,10,'deferredfeedback',1094,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an SSRI, such as Prozac, Zoloft, or Paxil?\n: Increase in the slow frequencies of delta and theta and an increase in alpha coherence\n\n; Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n; Overall amplitude attenuation\n\n; A slight decrease in slow frequencies\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n',1659389320),(13266,1110,1,'deferredfeedback',1085,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anticonvulsant Carbamazepine on the EEG?\n\n: A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n; Test-taking confidence decreased\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1659389591),(13267,1110,2,'deferredfeedback',1086,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anti-convulsant Gabapentin on the EEG?\n: Beta Spindles from 15-22Hz\n\n; A decreased in the peak frequency of the posterior (alpha) rhythm\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; B and C\n\n','B and C\n\n','B and C\n\n',1659389591),(13268,1110,3,'deferredfeedback',1087,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine on the EEG?\n\n: No effect\n\n; At toxic levels this can cause diffuse slowing in the EEG\n\n; A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n; Increased Beta (20-30Hz) activity frontally','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n',1659389591),(13269,1110,4,'deferredfeedback',1088,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Marijuana on the EEG?\n\n: Increased alpha coherence\n\n; Increased frontal alpha\n\n; Increased Beta\n\n; A and B\n\n','A and B\n\n','A and B\n\n',1659389591),(13270,1110,5,'deferredfeedback',1089,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine withdrawal on the EEG?\n: Increased beta and gamma activity\n\n; Hypercoherent frontal alpha activity\n\n; Decrease in delta activity\n\n; Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n',1659389591),(13271,1110,6,'deferredfeedback',1090,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the neuroleptic Haldol on the EEG?\n: Decrease in alpha activity\n\n; Increase of beta activity\n\n; Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n; None of the above\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n',1659389591),(13272,1110,7,'deferredfeedback',1091,1,1.0000000,0.0000000,1.0000000,0,'What is one common effect of both Adderall and Ritalin?\n: Decreased slower activity\n; Increased gamma activity\n\n; Decreased beta activity\n\n; Alpha hypercoherence\n\n','Decreased slower activity\n','Decreased slower activity\n',1659389591),(13273,1110,8,'deferredfeedback',1092,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Barbituates on the EEG?\n: Rhythmic 18-26Hz activity increases globally\n\n; An increase in slowing with heavier dosing\n\n; At a toxic level, faster activity decreases and slower activity increases, with possible iso-electric pattern\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1659389591),(13274,1110,9,'deferredfeedback',1093,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Nicotine on the EEG?\n: Decrease in delta and theta\n\n; No change\n\n; Diffuse beta spindles from 15 – 22Hz\n\n; Increases alpha peak frequency up to 2Hz\n\n','Increases alpha peak frequency up to 2Hz\n\n','Increases alpha peak frequency up to 2Hz\n\n',1659389591),(13275,1110,10,'deferredfeedback',1094,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an SSRI, such as Prozac, Zoloft, or Paxil?\n: Overall amplitude attenuation\n\n; Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n; A slight decrease in slow frequencies\n\n; Increase in the slow frequencies of delta and theta and an increase in alpha coherence\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n',1659389591),(13276,1111,1,'deferredfeedback',6,1,1.0000000,0.0000000,1.0000000,0,'Write in the full word for which each letter in the 10-20 system is the acronym:\n\n {T; Fp; Zenith or Zero; Occipital; F; P; C} -> {Frontal; Pre-frontal; O; Temporal; Central; Z; Parietal}','T -> Temporal; Fp -> Pre-frontal; Zenith or Zero -> Z; Occipital -> O; F -> Frontal; P -> Parietal; C -> Central','T -> Temporal; Fp -> Pre-frontal; Zenith or Zero -> Z; Occipital -> O; F -> Frontal; P -> Parietal; C -> Central',1659478502),(13277,1111,2,'deferredfeedback',1,1,1.0000000,0.0000000,1.0000000,0,'Match the 10-20 location with its MCN corollary name\n\n {T5\n\n; T4\n\n; T3\n\n; T6\n\n} -> {P8; T8; T7; P7}','T5\n\n -> P7; T4\n\n -> T8; T3\n\n -> T7; T6\n\n -> P8','T5\n\n -> P7; T4\n\n -> T8; T3\n\n -> T7; T6\n\n -> P8',1659478502),(13278,1111,3,'deferredfeedback',7,1,1.0000000,0.0000000,1.0000000,0,'Label each electrode location\n\nNote: Place the target in the location, not the label (C4). E.g. \n\n; [[Drop zone 1]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 2]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 3]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 4]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 5]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 6]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 7]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 8]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 9]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 10]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 11]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 12]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 13]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 14]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 15]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 16]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 17]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 18]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 19]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 20]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}; [[Drop zone 21]] -> {Fp1 / Fp2 / F7 / F3 / FZ / F4 / F8 / A1 / T3 / C3 / Cz / C4 / T4 / A2 / T5 / P3 / Pz / P4 / T6 / O1 / O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}','{Drop zone 1 -> Fp1}, {Drop zone 2 -> Fp2}, {Drop zone 3 -> F7}, {Drop zone 4 -> F3}, {Drop zone 5 -> FZ}, {Drop zone 6 -> F4}, {Drop zone 7 -> F8}, {Drop zone 8 -> A1}, {Drop zone 9 -> T3}, {Drop zone 10 -> C3}, {Drop zone 11 -> Cz}, {Drop zone 12 -> C4}, {Drop zone 13 -> T4}, {Drop zone 14 -> A2}, {Drop zone 15 -> T5}, {Drop zone 16 -> P3}, {Drop zone 17 -> Pz}, {Drop zone 18 -> P4}, {Drop zone 19 -> T6}, {Drop zone 20 -> O1}, {Drop zone 21 -> O2}',1659478502),(13279,1111,4,'deferredfeedback',2,1,1.0000000,0.0000000,1.0000000,0,'A single electrode showing high amplitude beta should always be\n\n: accepted, considered for inclusion; questioned, considered as seizure foci; accepted, considered for region of interest; questioned, considered for artifact','questioned, considered for artifact','accepted, considered for region of interest',1659478502),(13280,1111,5,'deferredfeedback',3,1,1.0000000,0.0000000,1.0000000,0,'The 10-20 electrode locations that will likely show eye blink artifacts are\n\n: Fp1 and Fp2; F7 and F8; Fz; All of the above','All of the above','All of the above',1659478502),(13281,1111,6,'deferredfeedback',5,1,1.0000000,0.0000000,1.0000000,0,'Mix and Match\n\n {; ; ; ; ; ; } -> {Eye blinks; Environmental Noise; Salt Bridge; Drowsiness; Pulse Artifact; Lateral Eye Movement; Sweat}',' -> Pulse Artifact;  -> Salt Bridge;  -> Environmental Noise;  -> Lateral Eye Movement;  -> Eye blinks;  -> Sweat;  -> Drowsiness',' -> Lateral Eye Movement;  -> Salt Bridge;  -> Environmental Noise;  -> Pulse Artifact;  -> Eye blinks;  -> Sweat;  -> Drowsiness',1659478502),(13282,1112,1,'deferredfeedback',45,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anticonvulsant Carbamazepine on the EEG?\n\n: A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; Test-taking confidence decreased\n\n; All of the above.\n\n','All of the above.\n\n','All of the above.\n\n',1659478927),(13283,1112,2,'deferredfeedback',47,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the anti-convulsant Gabapentin on the EEG? \n\n: Beta Spindles from 15-22Hz\n\n; A decreased in the peak frequency of the posterior (alpha) rhythm\n\n; Greater EEG slowing was associated with greater subjective neurotoxicity\n\n; B and C\n\n','B and C\n\n','B and C\n\n',1659478927),(13284,1112,3,'deferredfeedback',48,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine on the EEG?\n\n: Increased Beta (20-30Hz) activity frontally\n\n; A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n; At toxic levels this can cause diffuse slowing in the EEG\n\n; No effect\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n','A significant reduction of total EEG power at fronto, parietal, occipital, and central activity\n\n',1659478927),(13285,1112,4,'deferredfeedback',49,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Marijuana on the EEG?: Increased alpha coherence\n\n; Increased frontal alpha\n\n; Increased Beta\n\n; A and B\n\n','A and B\n\n','A and B\n\n',1659478927),(13286,1112,5,'deferredfeedback',50,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine withdrawal on the EEG?\n\n: Increased beta and gamma activity\n\n; Hypercoherent frontal alpha activity\n\n; Increase in frontal alpha and frontal theta\n\n; Decrease in delta activity\n\n','Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n',1659478927),(13287,1112,6,'deferredfeedback',51,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the neuroleptic Haldol on the EEG?\n\n: Decrease in alpha activity\n\n; Increase of beta activity\n\n; Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n; None of the above\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n',1659478927),(13288,1112,7,'deferredfeedback',52,1,1.0000000,0.0000000,1.0000000,0,'What is one common effect of both Adderall and Ritalin?\n\n: Decreased beta activity\n\n; Increased gamma activity\n\n; Decreased slower activity\n\n; Alpha hypercoherence\n\n','Decreased slower activity\n\n','Decreased slower activity\n\n',1659478927),(13289,1112,8,'deferredfeedback',53,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Barbituates on the EEG?\n\n: Rhythmic 18-26Hz activity increases globally\n\n; An increase in slowing with heavier dosing\n\n; At a toxic level, faster activity decreases and slower activity increases, with possible iso-electric pattern\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1659478927),(13290,1112,9,'deferredfeedback',54,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of Nicotine on the EEG?\n\n: Increases alpha peak frequency up to 2Hz\n\n; Decrease in delta and theta\n\n; Diffuse beta spindles from 15 – 22Hz\n\n; No change\n\n','Increases alpha peak frequency up to 2Hz\n\n','Increases alpha peak frequency up to 2Hz\n\n',1659478927),(13291,1112,10,'deferredfeedback',46,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an SSRI, such as Prozac, Zoloft, or Paxil?\n\n: Increase in the slow frequencies of delta and theta and an increase in alpha coherence\n\n; Overall amplitude attenuation\n\n; A slight decrease in slow frequencies\n\n; Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n',1659478927),(13292,1113,1,'deferredfeedback',95,1,1.0000000,0.0000000,1.0000000,0,'A bipolar montage is good at locating sources of slow activity in the EEG\n\n','True','True',1659479607),(13293,1113,2,'deferredfeedback',97,1,1.0000000,0.0000000,1.0000000,0,'Joint Time Frequency Analysis shows frequency as a function of time\n\n','True','True',1659479607),(13294,1113,3,'deferredfeedback',98,1,1.0000000,0.0000000,1.0000000,0,'Relative Power is the microvolts of a frequency in a location divided by the sum of all frequency bands’ microvolts \n\n','True','True',1659479607),(13295,1113,4,'deferredfeedback',99,1,1.0000000,0.0000000,1.0000000,0,'The amplitude of EEG is affected by the scalp impedance, skull thickness, and conductance properties of them\n\n','True','True',1659479607),(13296,1113,5,'deferredfeedback',100,1,1.0000000,0.0000000,1.0000000,0,'Shared variance in the EEG due to a temporal source will create false coherence in the QEEG\n\n','True','True',1659479607),(13297,1113,6,'deferredfeedback',101,1,1.0000000,0.0000000,1.0000000,0,'An average montage is useful for showing diffuse activity in the EEG\n\n','False','True',1659479607),(13298,1113,7,'deferredfeedback',102,1,1.0000000,0.0000000,1.0000000,0,'Asymmetry is a measure of a direct relationship between two channels\n\n','True','False',1659479607),(13299,1113,8,'deferredfeedback',103,1,1.0000000,0.0000000,1.0000000,0,'Slower frequencies are smaller in amplitude than faster frequencies \n\n','False','False',1659479607),(13300,1113,9,'deferredfeedback',104,1,1.0000000,0.0000000,1.0000000,0,'A double banana montage is a bi-polar montage\n\n','True','True',1659479607),(13301,1113,10,'deferredfeedback',96,1,1.0000000,0.0000000,1.0000000,0,'A heartbeat coming from the ear reference will not affect the coherence of the QEEG\n\n','False','True',1659479607),(13302,1114,1,'informationitem',117,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659484507),(13303,1114,2,'deferredfeedback',123,1,1.0000000,0.0000000,1.0000000,0,'The centrifugal effect\n\n: happens in nearly all EEGs.\n\n; is only seen in QEEG maps, and is largely a thing of the past.\n\n; is seen in linked ears montages.\n\n; is due to shared variance in the EEG.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n','is only seen in QEEG maps, and is largely a thing of the past.\n\n',1659484507),(13304,1114,3,'deferredfeedback',121,1,1.0000000,0.0000000,1.0000000,0,'There are two types of artifacts in this EEG, what are they?\n\n: Loose electrodes (“cable sway”) and cardiac artifact\n\n; Medication artifact and electrical artifact\n\n; Cardiac artifact and medication artifact\n\n; Sweat and muscle artifact\n\n','Cardiac artifact and medication artifact\n\n','Cardiac artifact and medication artifact\n\n',1659484507),(13305,1114,4,'deferredfeedback',119,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Sweat artifact\n\n; Cable Sway\n\n; Muscle artifact\n\n; Electrical artifact','Electrical artifact','Electrical artifact',1659484507),(13306,1114,5,'deferredfeedback',124,1,1.0000000,0.0000000,1.0000000,0,'What is the activity happening at T4?\n\n: Occipitalis muscle artifact\n\n; Jaw tension\n\n; Frontalis muscle artifact\n\n; Loose electrode\n\n','Jaw tension\n\n','Jaw tension\n\n',1659484507),(13307,1114,6,'deferredfeedback',122,1,1.0000000,0.0000000,1.0000000,0,'What is occurring at the Cz channel in this EEG?\n\n: Environmental Noise\n\n; Spike and Slow Wave\n\n; Electrode Pop\n\n; Lateral Eye Movements\n\n','Electrode Pop\n\n','Electrode Pop\n\n',1659484507),(13308,1114,7,'deferredfeedback',125,1,1.0000000,0.0000000,1.0000000,0,'What is happening in the boxed electrodes below?\n\n:  Loose electrodes\n\n; Focal Delta\n\n; Environmental Noise\n\n;  heartbeat artifact\n\n',' heartbeat artifact\n\n',' heartbeat artifact\n\n',1659484507),(13309,1114,8,'deferredfeedback',120,1,1.0000000,0.0000000,1.0000000,0,'What is this artifact?\n\n: Epileptiform Activity\n\n; Loose Electrodes\n\n; Jaw Tension\n\n; Environmental Activity\n\n','Environmental Activity\n\n','Environmental Activity\n\n',1659484507),(13310,1114,9,'deferredfeedback',126,1,1.0000000,0.0000000,1.0000000,0,'What is impedance in EEG?\n\n:  A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n; A measure of the impediment to the flow of direct current, measured in ohms. Larger numbers mean good contact.\n\n; A measure of the connectivity between electrode and scalp, measured in bits. Smaller numbers mean higher resistance to brainwave activity.\n\n; A direct measure of how much paste and abrasive scrub was used to prep the individual. Smaller numbers mean poor contact.\n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',' A measure of the impediment to the flow of alternating current, measured in ohms. Larger numbers mean higher resistance to current flow. \n\n',1659484507),(13311,1114,10,'informationitem',127,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659484507),(13312,1114,11,'deferredfeedback',135,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of methylphenidate (Ritalin) on the EEG?\n\n: decrease in Beta 2 and Beta 3, with an increase in alpha amplitudes.\n\n; decrease in all frequency bands, excepting gamma, where we see an increase in amplitude.\n\n; decrease in slow activity and an increase in beta from 12-26Hz.\n\n; decrease in delta and theta, increase in posterior alpha, increase in low beta amplitudes.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n','decrease in slow activity and an increase in beta from 12-26Hz.\n\n',1659484507),(13313,1114,12,'deferredfeedback',131,1,1.0000000,0.0000000,1.0000000,0,'What is the effect of morphine, opioids, and heroine on the EEG?\n\n: Initially, increased alpha synchrony, and with an increased dose.\n\n; Initially, increased alpha, and with an increased dose, increased slowing.\n\n; Initially, increased beta spindles, and with an increased dose, gamma activity.\n\n; Initially, increased slow content, and with an increased dose, iso-electric EEGs have been seen.\n\n','Initially, increased alpha, and with an increased dose, increased slowing.\n\n','Initially, increased slow content, and with an increased dose, iso-electric EEGs have been seen.\n\n',1659484507),(13314,1114,13,'deferredfeedback',128,1,1.0000000,0.0000000,1.0000000,0,'True or False: The level of an individual’s arousal affects the EEG response differently.\n\n','True','True',1659484507),(13315,1114,14,'deferredfeedback',133,1,1.0000000,0.0000000,1.0000000,0,'In the low voltage fast EEG, what does initial exposure create in their brainwaves?\n\n: Periodic lateralized epileptogenic discharges (PLEDS)\n\n; Higher voltage in the delta, theta and alpha bandwidths, with a reduction in relative beta\n\n; Even more suppressed voltage and higher relative beta\n\n;  Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',' Sudden occurrence of alpha\n\n',1659484507),(13316,1114,15,'deferredfeedback',132,1,1.0000000,0.0000000,1.0000000,0,'What are the effect of alcohol on the EEG?\n\n: Consuming alcohol at high levels may cause slowing to occur.\n\n; Consuming alcohol at high levels may cause desynchronizations in the alpha band to occur.\n\n; Consuming alcohol at high levels may cause excessive alpha to occur.\n\n; Consuming alcohol at high levels may cause periodic lateralized epileptiform discharges (PLEDs) to occur.\n\n','Consuming alcohol at high levels may cause slowing to occur.\n\n','Consuming alcohol at high levels may cause slowing to occur.\n\n',1659484507),(13317,1114,16,'deferredfeedback',136,1,1.0000000,0.0000000,1.0000000,0,'True or False: Cocaine is a well-known epileptic potentiator.\n','True','True',1659484507),(13318,1114,17,'deferredfeedback',50,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of caffeine withdrawal on the EEG?\n\n: Decrease in delta activity\n\n; Increased beta and gamma activity\n\n; Hypercoherent frontal alpha activity\n\n; Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n','Increase in frontal alpha and frontal theta\n\n',1659484507),(13319,1114,18,'deferredfeedback',46,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of an SSRI, such as Prozac, Zoloft, or Paxil?\n\n: A slight decrease in slow frequencies\n\n; Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n; Increase in the slow frequencies of delta and theta and an increase in alpha coherence\n\n; Overall amplitude attenuation\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n','Decrease in anterior alpha and slight increase in fronto-central beta from 18-25Hz\n\n',1659484507),(13320,1114,19,'deferredfeedback',51,1,1.0000000,0.0000000,1.0000000,0,'What are the effects of the neuroleptic Haldol on the EEG?\n\n: Decrease in alpha activity\n\n; Increase of beta activity\n\n; Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n; None of the above\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n','Increase in delta, theta and beta (20+Hz) activity and a decrease in alpha and beta (<20Hz)\n\n',1659484507),(13321,1114,20,'informationitem',138,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659484507),(13322,1114,21,'deferredfeedback',153,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1659484507),(13323,1114,22,'deferredfeedback',141,1,1.0000000,0.0000000,1.0000000,0,' According to Dhar, et al (2010), dyslexics show:\n\n: Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n; Decreased interhemispheric asymmetry in delta activity across the hemispheres during the performance of a visuo-spatial attention tasks, providing evidence of poor interhemispheric resting network communication for dyslexics.\n\n; Increased interhemispheric coherence of 4-7 Hz for dyslexics compared to controls in the central–parietal cortex during the performance of a visuo-spatial attention task, providing further support for dulled collaboration between hemispheres in dyslexics. \n\n; Increased interhemispehric asymmetry of beta activity in the pre-frontal cortex during performance of a visuo-spatial attention task, indicating poor right and left hemispheric communication in executive tasks in dyslexics.\n\n','Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n','Decreased interhemispheric coherence of 8.5 Hz in the central–parietal cortex during the performance of a visuo-spatial attention task, indicating less efficient collaboration between hemispheres in dyslexics. \n\n',1659484507),(13324,1114,23,'deferredfeedback',139,1,1.0000000,0.0000000,1.0000000,0,'According to Arns, et al., (2009), neurofeedback treatment for ADHD was found to be:\n\n: “Efficacious” (level 4)\n\n; “Probably efficacious” (level 3)\n\n; Possibly efficacious” (level 2)\n\n; \"Efficacious and Specific\" (level 5) \n\n','\"Efficacious and Specific\" (level 5) \n\n','\"Efficacious and Specific\" (level 5) \n\n',1659484507),(13325,1114,24,'deferredfeedback',159,1,1.0000000,0.0000000,1.0000000,0,'Delta is most commonly found in the adult’s EEG:: In NREM 2; At childbirth; In NREM 4; When drugged','In NREM 4','In NREM 4',1659484507),(13326,1114,25,'deferredfeedback',158,1,1.0000000,0.0000000,1.0000000,0,'Gamma activity is thought to reflect _________________________ of the brain.: the creative process; an excitable state; highly synchronized action potentials; an emergent property','an emergent property','an emergent property',1659484507),(13327,1114,26,'deferredfeedback',148,1,1.0000000,0.0000000,1.0000000,0,'According to Lutz, et al (2004), long term Buddhist meditators show: Low voltage overall EEG, reflecting a nirva kalpha samadhi state (“no mind” state).; High amplitude power across all EEG bandwidth, as well as high residual correlation in the gamma band using power – power coupling analyses.; Excess theta and alpha amplitudes, as well as synchronous bursts of gamma; Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.','Robust gamma-band oscillation and long-distance phase-synchrony during the generation of the nonreferential compassion meditative state.',1659484507),(13328,1114,27,'deferredfeedback',152,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','NO\n',1659484507),(13329,1114,28,'deferredfeedback',149,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al (2010), there is a significant difference in neurofeedback efficacy between medicated and unmedicated children.\n\n','False','False',1659484507),(13330,1114,29,'deferredfeedback',150,1,1.0000000,0.0000000,1.0000000,0,'According to Sherlin, et al. (2010), neurofeedback is most effective for the main complaint of hyperactivity in ADHD children.','False','False',1659484507),(13331,1114,30,'deferredfeedback',143,1,1.0000000,0.0000000,1.0000000,0,'According to Ratcliffe-Baird (2008), relative to healthy controls, stutterers show:: High measures of asymmetry in the alpha band when at rest, as well as during selective inhibition task.; Hypocoherence between F7 and F8 across 1-9Hz when asked to inhibit stuttering while talking.; More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.; Hypercoherence across 25 – 30Hz bands over Broca’s area.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.','More frontal theta and low alpha activity than nonstutterers when at rest and during tasks that require selective inhibition of attention to competing stimuli.',1659484507),(13332,1114,31,'deferredfeedback',145,1,1.0000000,0.0000000,1.0000000,0,'What were the findings from Solso, et al. (2016) regarding differences between the brains of autism spectrum disordered toddlers and healthy controls?: Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.; Frontal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall faster than typical rate of continued development across the span of years.; Central and parietal tracts in ASD toddlers displayed abnormal age-related changes with less functional anisotrophy and volume than normal at younger ages, as well as an overall slower than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.','Frontal tracts in ASD toddlers displayed abnormal age-related changes with greater functional anisotrophy and volume than normal at younger ages, and an overall slower than typical rate of continued development across the span of years.',1659484507),(13333,1114,32,'deferredfeedback',151,1,1.0000000,0.0000000,1.0000000,0,' Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','YES\n','YES\n',1659484507),(13334,1114,33,'deferredfeedback',142,1,1.0000000,0.0000000,1.0000000,0,'According to Hermann and Demiralp (2005), the “gamma axis” of neuropsychiatric disorders indicates that unhealthy high levels of gamma activity are seen in ___________ and ___________ populations, and unhealthy low levels of low gamma activity are seen in _____________ and ______________ populations.\n\n: Epileptic and Negative Symptom Schizophrenic        ADHD and Alzheimer’s\n\n;  ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n; Negative Symptom Schizophrenic and ADHD            Epileptic and Alzheimer’s\n\n; Alzheimer’s and Negative Symptom Schizophrenic            ADHD and Epileptic\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',' ADHD and Epileptic            Alzheimer’s and Negative Symptom Schizophrenic\n\n',1659484507),(13335,1114,34,'deferredfeedback',157,1,1.0000000,0.0000000,1.0000000,0,'Gamma waves typically occur:: when drowsy; in bursts; in meditative states; tonically','in bursts','in bursts',1659484507),(13336,1114,35,'deferredfeedback',160,1,1.0000000,0.0000000,1.0000000,0,'Diffuse slow activity reflects a source that is ______________.: Pathological; False; Cortical; Sub-cortical','Sub-cortical','Sub-cortical',1659484507),(13337,1114,36,'deferredfeedback',154,1,1.0000000,0.0000000,1.0000000,0,'Would you refer this EEG out to a medical professional?\n\n: YES\n; NO\n','NO\n','NO\n',1659484507),(13338,1114,37,'deferredfeedback',140,1,1.0000000,0.0000000,1.0000000,0,'According to Coben and Padlosky (2008), autism spectrum disordered individuals showed what over 20 sessions?\n\n:  A 70% success rate with an 88% reduction in core ASD symptoms.\n\n;  An 89% success rate with a 40% reduction in core ASD symptoms.\n\n; A 40% success rate with 40% reduction in core ASD symptoms.\n\n; No change.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n',' A 70% success rate with an 88% reduction in core ASD symptoms.\n\n',1659484507),(13339,1114,38,'deferredfeedback',114,1,1.0000000,0.0000000,1.0000000,0,'[[1]] \nAlso known as U-Fibers, shaped like a bow, which interconnect cortical regions. \n\n[[2]] \n\nConnects the frontal, temporal, parietal and occipital lobes.\n\n[[3]]\n\nSubset of the Superior Longitudinal Fasciculus, connects Broca’s to Wernicke’s Areas\n\n[[4]]\n\nConnects Occipital and Temporal Lobes\n\n[[5]]\n\nConnects Anterior Temporal and Inferior frontal Lobes\n\n[[6]]\n\nConnects the hemispheres and runs parallel with the cingulate and the parahippocampal gyrus.\n\n[[7]]\n\nRuns up and down, intralobular in the occipital lobe\n\n[[8]]\n\nBundle of fibres that connects the hemispheres of the brain\n\n; [[1]] -> {Short Fasiculi / Superior Longitudinal Fasciculus / Arcuate Fasciculus / Inferior LongitudinalFasciculus / Uncinate Fasciculus / Cingulum (C-shaped) Fasciculus / Perpendicular Fasciculus / Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}','{Short Fasiculi} {Superior Longitudinal Fasciculus} {Arcuate Fasciculus} {Inferior LongitudinalFasciculus} {Uncinate Fasciculus} {Cingulum (C-shaped) Fasciculus} {Perpendicular Fasciculus} {Corpus Callosum}',1659484507),(13340,1114,39,'deferredfeedback',105,1,1.0000000,0.0000000,1.0000000,0,'Name these structures:\n\n; [[Drop zone 1]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 2]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 3]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 4]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 5]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 6]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 7]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}; [[Drop zone 8]] -> {1. Hypothalamus / 2. Pituitary Gland / 3. Amygdala / 4. Hippocampus / 5. Medula / 6. Pons / 7. Cerebellum / 8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}','Drop zone 1 -> {1. Hypothalamus} Drop zone 2 -> {2. Pituitary Gland} Drop zone 3 -> {3. Amygdala} Drop zone 4 -> {4. Hippocampus} Drop zone 5 -> {5. Medula} Drop zone 6 -> {6. Pons} Drop zone 7 -> {7. Cerebellum} Drop zone 8 -> {8. Thalamus}',1659484507),(13341,1114,40,'deferredfeedback',25,1,1.0000000,0.0000000,1.0000000,0,'Match the structures with the definitions. \n {This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n} -> {Pituitary Gland; Thalamus; Hypothalamus; Hippocampus}','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus','This structure is a part of the forebrain, located in the medial temporal lobe. It belongs to the limbic system and plays major roles in short term memory and spatial navigation.\n -> Hippocampus; This pea-sized master gland of the endocrine system directs chemical changes that regulate the entire organic system.\n\n -> Pituitary Gland; This is an egg-shaped structure that acts as a relay station, passing sensory and motor information from the spinal cord to the cortex. It is also fundamental in sleep and arousal states. It is the beginning of the brain’s formation at 5 weeks in utero.\n\n -> Thalamus; This part of the brain links the endocrine system to the nervous system via the pituitary gland. It controls body temperature, hunger, thirst, fatigue, anger, and circadian cycles.\n\n -> Hypothalamus',1659484507),(13342,1114,41,'deferredfeedback',109,1,1.0000000,0.0000000,1.0000000,0,'[[1]] are involved in supportive  structural and metabolic  events, as well as repairing damaged cells, regulating neuronal communication and maintaining the blood-brain barrier (keeping blood from entering the brain) \n\n[[2]] are responsible for the formation and maintenance  of the myelin that ensheaths the axons, allowing for efficient communication between  neurons\n\n[[3]] are the myelinating glia of the spinal cord and peripheral nervous system\n\n[[4]] are found in the walls of the ventricles, where they produce cerebrospinal fluid, which circulates around the brain removing waste products, washing it over at night, and protecting the brain from injury \n\n[[5]] are a part of the peripheral nervous system and play both a supportive and protective role of regulating the neural environmental for the peripheral nerves \n\n[[6]] are fundamental for neurogenesis and neural migration (the movement of new neurons through the brain).\n\n; [[1]] -> {Astrocytes / Oligodendrocytes / Schwann cells / Ependymal cells / Satellite cells / Radial glia}','{Astrocytes} {Oligodendrocytes} {Schwann cells} {Ependymal cells} {Satellite cells} {Radial glia}','{Astrocytes} {Satellite cells} {Schwann cells} {Ependymal cells} {Oligodendrocytes} {Radial glia}',1659484507),(13343,1114,42,'deferredfeedback',106,1,1.0000000,0.0000000,1.0000000,0,'Name those lobes! \n\n; [[Drop zone 1]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 2]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 3]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 4]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 5]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 6]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 7]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 8]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}; [[Drop zone 9]] -> {1. Frontal lobe / 2. Primary motor area / 3. Central sulcus / 4. Primary somatosensory area / 5. Parietal lobe / 6. Occipital lobe / 7. Primary visual area / 8. Primary auditory area / 9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}','Drop zone 1 -> {1. Frontal lobe} Drop zone 2 -> {2. Primary motor area} Drop zone 3 -> {3. Central sulcus} Drop zone 4 -> {4. Primary somatosensory area} Drop zone 5 -> {5. Parietal lobe} Drop zone 6 -> {6. Occipital lobe} Drop zone 7 -> {7. Primary visual area} Drop zone 8 -> {8. Primary auditory area} Drop zone 9 -> {9. Temporal lobe}',1659484507),(13344,1114,43,'deferredfeedback',43,1,1.0000000,0.0000000,1.0000000,0,'The central nervous system is composed of these three major anatomical parts: (List the words, no commas)\n_____','part 1: Spinal Cord Brain Brainstem','part 1: brain brain stem spinal cord',1659484507),(13345,1114,44,'informationitem',202,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659484507),(13346,1114,45,'deferredfeedback',162,1,1.0000000,0.0000000,1.0000000,0,'True or False: A larger sample size is necessary for a pediatric population due to the rapid neurological developmental changes.: True; False','True','True',1659484507),(13347,1114,46,'deferredfeedback',164,1,1.0000000,0.0000000,1.0000000,0,'True or False: In order to run Z-score analysis or Z-score neurofeedback, it is not necessary to transform EEG digital data to approximate a Gaussian shape (a bell curve).: True; False','False','False',1659484507),(13348,1114,47,'deferredfeedback',172,1,1.0000000,0.0000000,1.0000000,0,'In Quantitative EEG Databases, it is imperative that the database is broken into groups, defined by ________________.: Age; Clinical Conditions; Sex; IQ','Age','Clinical Conditions',1659484507),(13349,1114,48,'deferredfeedback',176,1,1.0000000,0.0000000,1.0000000,0,'Who were the inventors of the SKIL database?: Juri Kropotov; Robert W. Thatcher; E. Roy John; David Kaiser and Barry Sterman','David Kaiser and Barry Sterman','David Kaiser and Barry Sterman',1659484507),(13350,1114,49,'deferredfeedback',171,1,1.0000000,0.0000000,1.0000000,0,'True or False: Non-parametric statistics use parameters such as the mean, standard deviation, Pearson correlation, and variance.: True; False','False','False',1659484507),(13351,1114,50,'deferredfeedback',165,1,1.0000000,0.0000000,1.0000000,0,'Instead of measures of coherence, the SKIL database uses measures of this, which is quite like coherence but does not yield measures of phase: None of the above; Synchrony; Comodulation; Unity','Comodulation','Comodulation',1659484507),(13352,1114,51,'deferredfeedback',177,1,1.0000000,0.0000000,1.0000000,0,'True or False: One Z-score is considered clinically significant.: True; False','False','False',1659484507),(13353,1114,52,'deferredfeedback',163,1,1.0000000,0.0000000,1.0000000,0,'True or False: Increased sample size is not necessary in order to achieve closer approximations to Gaussian distribution.: True; False','False','True',1659484507),(13354,1114,53,'deferredfeedback',178,1,1.0000000,0.0000000,1.0000000,0,'True or False: Clinical Databases, such as Richard Soutar’s and Paul Swingle’s, use a psychologically and physiologically healthy population.: True; False','False','False',1659484507),(13355,1114,54,'deferredfeedback',179,1,1.0000000,0.0000000,1.0000000,0,'True or False: Lateral eye movement can be seen in a quantitative EEG as delta at the F7 and F8 electrode locations.: True; False','True','True',1659484507),(13356,1114,55,'deferredfeedback',166,1,1.0000000,0.0000000,1.0000000,0,'A false positive in QEEG would:: Fail to indicate a present finding as present; Indicate poor artifacting skills; Indicate a finding was present that actually was not present; Indicate that the clinician is “throwing the baby out with the bathwater”','Indicate a finding was present that actually was not present','Indicate a finding was present that actually was not present',1659484507),(13357,1114,56,'deferredfeedback',180,1,1.0000000,0.0000000,1.0000000,0,'True or False: Independent Components Analysis requires the cleaning of EEG data from artifacts.: True; False','False','False',1659484507),(13358,1114,57,'deferredfeedback',167,1,1.0000000,0.0000000,1.0000000,0,'This statistical method to separate independent sources from superimposed signals is the most common method that has been used in EEG data decomposition, and can be used to identify and remove the artifacts from raw EEG data.: Independent Components Analysis; Power-Power Coupling Analysis; Principle Components Analysis; Quantitative EEG Analysis','Independent Components Analysis','Independent Components Analysis',1659484507),(13359,1114,58,'deferredfeedback',175,1,1.0000000,0.0000000,1.0000000,0,'What is different from other databases in the isync brain database?: They use independent components analysis in the processing of data; They separate eyes open and eyes closed; They separate males and females; They separate demographics by 5 years of age','They separate males and females','They separate males and females',1659484507),(13360,1114,59,'deferredfeedback',173,1,1.0000000,0.0000000,1.0000000,0,'True or False: A person’s handedness can affect the position of their auditory cortex.: True; False','True','True',1659484507),(13361,1114,60,'deferredfeedback',73,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nDiverse demographics in the sample\n\n','True','True',1659484507),(13362,1114,61,'deferredfeedback',72,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nCareful screening for clinical and physiological abnormalities\n','True','True',1659484507),(13363,1114,62,'deferredfeedback',70,1,1.0000000,0.0000000,1.0000000,0,'This figure is depicting what important concept in Quantitative EEG?\n\n[EEG]\n\n: Z-score computation\n\n; Gaussian Distribution\n\n; A bell curve analysis\n\n; All of the above\n\n','All of the above\n\n','All of the above\n\n',1659484507),(13364,1114,63,'deferredfeedback',74,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nHeight and weight\n','False','False',1659484507),(13365,1114,64,'deferredfeedback',76,1,1.0000000,0.0000000,1.0000000,0,'The following criteria are important in the compilation of a credible normative database (T/F):\n\nSex\n\n','True','True',1659484507),(13366,1114,65,'informationitem',203,1,0.0000000,0.0000000,1.0000000,0,NULL,NULL,NULL,1659484507),(13367,1114,66,'deferredfeedback',195,1,1.0000000,0.0000000,1.0000000,0,'A broken ear electrode can lead to:: Global Shared Variance; Poor Recording; All of the Above; False Coherences','All of the Above','All of the Above',1659484507),(13368,1114,67,'deferredfeedback',191,1,1.0000000,0.0000000,1.0000000,0,' In windowing, if you splice ends together and there’s discontinuity you get ____________ or “leakage.”: “Blood” in the EEG; A “wet” EEG; A compromised recording; “Gibb’s artifact”','“Gibb’s artifact”','“Gibb’s artifact”',1659484507),(13369,1114,68,'deferredfeedback',186,1,1.0000000,0.0000000,1.0000000,0,'Activity from which lobes can impact a linked ears recording?: Frontal; Temporal; Occipital; Parietal','Temporal','Temporal',1659484507),(13370,1114,69,'deferredfeedback',183,1,1.0000000,0.0000000,1.0000000,0,'Independent Components Analysis:: Identifies spatially and spectrally independent components in the EEG data; Finds patterns that repeat within the EEG; Separates a multivariate signal into its individual components; All of the above','All of the above','Separates a multivariate signal into its individual components',1659484507),(13371,1114,70,'deferredfeedback',197,1,1.0000000,0.0000000,1.0000000,0,'True or False: A popping electrode can lead to false Asymmetry measures: True; False','True','True',1659484507),(13372,1114,71,'deferredfeedback',193,1,1.0000000,0.0000000,1.0000000,0,'Hypo Phase Lag indicates:: Too long a duration of phase lock; Too short a duration of phase lock; Too short a duration of phase shift; Too Long a duration of phase shift','Too long a duration of phase lock','Too short a duration of phase shift',1659484507),(13373,1114,72,'deferredfeedback',201,1,1.0000000,0.0000000,1.0000000,0,'What does Figure 1 show that Figure 2 lacks?\n\n1.\n\n2.\n\n:  Slow Content\n\n; Diffusion\n\n; Kurtosis\n\n;  Z-scores\n\n','Kurtosis\n\n','Kurtosis\n\n',1659484507),(13374,1114,73,'deferredfeedback',182,1,1.0000000,0.0000000,1.0000000,0,'Bi-polar montages are useful for:: Isolating artifactual data; Understanding diffuse activity in the EEG; Removing the effects of medication; Determining the locality of focal findings','Determining the locality of focal findings','Determining the locality of focal findings',1659484507),(13375,1114,74,'deferredfeedback',198,1,1.0000000,0.0000000,1.0000000,0,'Phase Reversals can indicate which of the following?: Lesions; None of the above; Encephalopathy; Post Concussive Syndrome','Lesions','Lesions',1659484507),(13376,1114,75,'deferredfeedback',184,1,1.0000000,0.0000000,1.0000000,0,'This type of montage uses the average of all electrodes as the reference.: Average; Bi-polar; Linked Ears; Current Source Density','Average','Average',1659484507),(13377,1114,76,'deferredfeedback',188,1,1.0000000,0.0000000,1.0000000,0,'A transverse bi-polar montage travels ______________ over the scalp.: Coronally; Sagitally; Vertically; Horizontally','Coronally','Coronally',1659484507),(13378,1114,77,'deferredfeedback',199,1,1.0000000,0.0000000,1.0000000,0,'True or False: A Fast Fourier Transform and a Joint Time Frequency Analysis both decompose a comple signal into its component frequencies.: True; False','True','True',1659484507),(13379,1114,78,'deferredfeedback',194,1,1.0000000,0.0000000,1.0000000,0,'When __________________ is too short then there are fewer neural resources available to be phase locked into a stable dynamic: Phase Lock Duration; Phase; Phase Shift Duration; Phase Reset','Phase Shift Duration','Phase Shift Duration',1659484507),(13380,1114,79,'deferredfeedback',189,1,1.0000000,0.0000000,1.0000000,0,'If you see a heartbeat artifact contaminating every electrode lead, what should you do to properly interpret the data?: Select any data you choose, the heartbeat will not affect the quantitative EEG; Select only those portions of the EEG without the heartbeat; Switch to linked ears reference; Switch to an average reference','Switch to an average reference','Switch to an average reference',1659484507),(13381,1114,80,'deferredfeedback',185,1,1.0000000,0.0000000,1.0000000,0,'What is the most accurate definition of coherence?: The measure of difference between two phase angles; A measure of synchrony in disparate waveforms; The stability of phase relationship between any two areas of the brain.; A measure of connectivity','The stability of phase relationship between any two areas of the brain.','The stability of phase relationship between any two areas of the brain.',1659484507),(13382,1114,81,'deferredfeedback',100,1,1.0000000,0.0000000,1.0000000,0,'Shared variance in the EEG due to a temporal source will create false coherence in the QEEG\n\n','True','True',1659484507),(13383,1114,82,'deferredfeedback',102,1,1.0000000,0.0000000,1.0000000,0,'Asymmetry is a measure of a direct relationship between two channels\n\n','True','True',1659484507),(13384,1114,83,'deferredfeedback',97,1,1.0000000,0.0000000,1.0000000,0,'Joint Time Frequency Analysis shows frequency as a function of time\n\n','True','True',1659484507),(13385,1114,84,'deferredfeedback',99,1,1.0000000,0.0000000,1.0000000,0,'The amplitude of EEG is affected by the scalp impedance, skull thickness, and conductance properties of them\n\n','True','True',1659484507),(13386,1114,85,'deferredfeedback',98,1,1.0000000,0.0000000,1.0000000,0,'Relative Power is the microvolts of a frequency in a location divided by the sum of all frequency bands’ microvolts \n\n','True','True',1659484507),(13387,1115,1,'deferredfeedback',1183,1,1.0000000,0.0000000,1.0000000,0,'The area of Fp1 and Fp2 correspond to the _____ area.\n\n: prefrontal executive\n; association\n\n; frontal memory\n; visual tracking\n\n','prefrontal executive\n',NULL,1659544730),(13388,1115,2,'deferredfeedback',1286,1,1.0000000,0.0000000,1.0000000,0,'Key problems with remote training include\n\n: Difficulty observing subtle clues like body language\n; Difficulty troubleshooting technical problems\n\n; State regulations regarding training over the internet across state lines\n; All of the above\n\n','All of the above\n\n',NULL,1659544730),(13389,1115,3,'deferredfeedback',1296,1,1.0000000,0.0000000,1.0000000,0,'Using micro-tesla coils that generate small magnetic fields pulsing at the same frequency rates as the EEG to adjunctively assist in neurofeedback training is popularly known as\n\n: Neuro Coil Stimulation\n; Stimuation training\n; Tesla training\n\n; pEMF training\n\n','pEMF training\n\n',NULL,1659544730),(13390,1115,4,'deferredfeedback',1203,1,1.0000000,0.0000000,1.0000000,0,'Most equipment today measures voltage in _______ format.\n\n: frequency\n\n; RMS\n\n; peak to peak\n\n; peak to base\n\n','RMS\n\n',NULL,1659544730),(13391,1115,5,'deferredfeedback',1143,1,1.0000000,0.0000000,1.0000000,0,'Who developed the Mild Head Injury Discriminant around 1989?\n\n: Frank Duffy\n\n; Barry Sterman\n\n; Robert Thatcher\n\n; E Roy John\n','Robert Thatcher\n\n',NULL,1659544730),(13392,1115,6,'deferredfeedback',1212,1,1.0000000,0.0000000,1.0000000,0,'The frequencies of beta are?\n\n: 8-12\n; 15-30\n; 1-4\n; 4-8\n','15-30\n',NULL,1659544730),(13393,1115,7,'deferredfeedback',1291,1,1.0000000,0.0000000,1.0000000,0,'The use of pulsing specific light frequencies is called:\n\n: CES\n\n; Photobiomodulation\n\n; HRV Stimulation\n\n; LENS\n\n','Photobiomodulation\n\n',NULL,1659544730),(13394,1115,8,'deferredfeedback',1246,1,1.0000000,0.0000000,1.0000000,0,'Behavioral-Stimulants tend to ______ theta and ________ beta.\n\n: decrease/increase\n\n; increase/increase\n\n; decrease/decrease\n; increase/decrease\n\n','decrease/increase\n\n',NULL,1659544730),(13395,1115,9,'deferredfeedback',1245,1,1.0000000,0.0000000,1.0000000,0,'Benzodiazepines tend to ________________________.\n\n: create beta spindles\n; decrease beta spindles\n\n; Decrease delta activity\n; increase gamma activity\n\n','create beta spindles\n',NULL,1659544730),(13396,1115,10,'deferredfeedback',1166,1,1.0000000,0.0000000,1.0000000,0,'The brain is traditionally divided into areas according to cell structure known as __________ areas.\n\n: Brodmann\n\n; lobe\n\n; cell columns\n\n; all of the above\n','Brodmann\n\n',NULL,1659544730),(13397,1115,11,'deferredfeedback',1209,1,1.0000000,0.0000000,1.0000000,0,'The most common source of artifact in EEG is:\n\n: clenching the jaw\n; eye movement\n\n; sweat\n\n; swallowing','eye movement\n\n',NULL,1659544730),(13398,1115,12,'deferredfeedback',1158,1,1.0000000,0.0000000,1.0000000,0,'A neurotransmitter associated with arousal is a(n) ________________?\n\n: dopamine\n\n; serotonin\n\n; norepinephrine\n\n; acetylcholine\n\n','norepinephrine\n\n',NULL,1659544730),(13399,1115,13,'deferredfeedback',1167,1,1.0000000,0.0000000,1.0000000,0,'What structure connects the left side of the brain to the right side?\n\n: basal ganglia\n\n; corpus collosum\n\n; accurate fasciculus\n; central fissure\n\n','corpus collosum\n\n',NULL,1659544730),(13400,1115,14,'deferredfeedback',1260,1,1.0000000,0.0000000,1.0000000,0,'_____________ evaluates the difference in power between hemispheres.\n\n: asymmetry\n\n; frequency\n\n; relative power\n; magnitude\n\n','asymmetry\n\n',NULL,1659544730),(13401,1115,15,'deferredfeedback',1340,1,1.0000000,0.0000000,1.0000000,0,'The neurons of the cortex appear to group themselves into:\n\n: cell columns\n\n; networks\n\n; regions\n\n; All of the Above\n','All of the Above\n',NULL,1659544730),(13402,1115,16,'deferredfeedback',1140,1,1.0000000,0.0000000,1.0000000,0,'What disorder did Lubar go on to research using the results of his and Sterman\'s early research?\n\n: depression\n\n; epilepsy\n\n; AD/HD\n; anxiety\n\n','AD/HD\n',NULL,1659544730),(13403,1115,17,'deferredfeedback',1206,1,1.0000000,0.0000000,1.0000000,0,'An array of measuring EEG via electrode derivations on the scalp is referred to as a:\n\n: serial placing\n\n; Laplacian\n\n; montage\n\n; all of the above\n\n','montage\n\n',NULL,1659544730),(13404,1115,18,'deferredfeedback',1187,1,1.0000000,0.0000000,1.0000000,0,'Beta activity is often associated with coupling between the ________ .\n\n: thalamus\n\n; cortical columns\n\n; limbic system\n\n; brain stem\n\n','cortical columns\n\n',NULL,1659544730),(13405,1115,19,'deferredfeedback',1190,1,1.0000000,0.0000000,1.0000000,0,'Changes occurring in the overall polarization of fields of cortical dendrites below .5 Hz in frequency are known as ___________ .\n\n: alpha waves\n\n; SMR\n\n; sleep spindles\n\n; slow cortical potentials\n','slow cortical potentials\n',NULL,1659544730),(13406,1115,20,'deferredfeedback',1276,1,1.0000000,0.0000000,1.0000000,0,'A good connection resulting in a clean EEG trace is free of\n\n: Is free of excessive beta from 60Hz line noise\n; Signal instability from poor ground connection\n; Excessive artifact from poor electrode connections\n; All of the above\n','All of the above\n',NULL,1659544730),(13407,1115,21,'deferredfeedback',1225,1,1.0000000,0.0000000,1.0000000,0,'The discussion section should review\n\n: what should be done in the future related experiments\n\n; implications for theories surrounding the hypothesis\n; ways the experiment could have been done differently\n\n; all of the above\n','all of the above\n',NULL,1659544730),(13408,1115,22,'deferredfeedback',1302,1,1.0000000,0.0000000,1.0000000,0,'Research standards are being applied to neurofeedback, which are presently used in the ___________ industry and may be inappropriate.\n\n: academic\n\n; counseling\n\n; pharmaceutical\n\n; insurance\n\n','pharmaceutical\n\n',NULL,1659544730),(13409,1115,23,'deferredfeedback',1180,1,1.0000000,0.0000000,1.0000000,0,'The areas C3, Cz, and C4 are positioned over the:\n\n: temporal lobe\n; parietal lobe\n\n; sensory motor strip\n; frontal lobe\n\n','sensory motor strip\n',NULL,1659544730),(13410,1115,24,'deferredfeedback',1269,1,1.0000000,0.0000000,1.0000000,0,'Lubar\'s protocol usually involved down training theta and enhancing either SMR or beta __________________________________.\n\n: with a bipolar montage at Fz, Fp2\n; with monopolar montage at F2\n; with sequential montage involving Pz and Fz\n\n; with a mono polar montage at Cz\n\n','with a mono polar montage at Cz\n\n',NULL,1659544730),(13411,1115,25,'deferredfeedback',1228,1,1.0000000,0.0000000,1.0000000,0,'It is important to report how an experiment was done in a detailed step by step fashion so it can be replicated. The section dedicated to this description is known as:\n\n: the abstract\n; the lit review\n; the methods section\n\n; the discussion section\n','the methods section\n\n',NULL,1659544730),(13412,1115,26,'deferredfeedback',1205,1,1.0000000,0.0000000,1.0000000,0,'A device known as a _____ amplifier is used to reject unwanted signals.\n\n: differential\n\n; micro\n\n; dual\n\n; electrical\n\n','differential\n\n',NULL,1659544730),(13413,1115,27,'deferredfeedback',1188,1,1.0000000,0.0000000,1.0000000,0,'Coherence is the percentage of time that oscillators co-vary in ________.\n\n: frequency\n\n; phase; amplitude\n\n; symmetry\n\n','phase',NULL,1659544730),(13414,1115,28,'deferredfeedback',1214,1,1.0000000,0.0000000,1.0000000,0,'Which bandwidth can go as slow at 4Hz and as fast as 15Hz?\n: Theta\n; Alpha\n; Beta\n; Delta\n','Alpha\n',NULL,1659544730),(13415,1115,29,'deferredfeedback',1173,1,1.0000000,0.0000000,1.0000000,0,'The long and short fibers that interconnect the cortex are known as __________.\n\n: cortico-cortico fibers\n; ipsilateral fibers\n; the uncinate fasciculus\n; the arcurate fasciculus\n','cortico-cortico fibers\n',NULL,1659544730),(13416,1115,30,'deferredfeedback',1200,1,1.0000000,0.0000000,1.0000000,0,'The kind of current found in a common household outlet is known as:\n\n: direct current\n\n; power\n\n; volts\n\n; alternating current\n\n','alternating current\n\n',NULL,1659544730),(13417,1115,31,'deferredfeedback',1278,1,1.0000000,0.0000000,1.0000000,0,'The most common adverse reaction to NFB training is\n\n: Increased fatigue\n; Increased agitation\n; Insomnia\n\n; All of the above\n','All of the above\n',NULL,1659544730),(13418,1115,32,'deferredfeedback',1201,1,1.0000000,0.0000000,1.0000000,0,'EEG is a form of _____ because it has a positive and a negative phase.\n\n: alternating current\n\n; power\n\n; direct current\n\n; conductance\n\n','alternating current\n\n',NULL,1659544730),(13419,1115,33,'deferredfeedback',1185,1,1.0000000,0.0000000,1.0000000,0,'Theta activity is often associated with coupling between the cortex and the _______.\n\n: limbic system\n; brain stem\n; cortical columns\n; thalamus\n\n','thalamus\n\n',NULL,1659544730),(13420,1115,34,'deferredfeedback',1305,1,1.0000000,0.0000000,1.0000000,0,'Being sure all discussions about clients\' brainmap\'s and conditions take place behind closed doors comes under the heading of _______________.\n\n: confidentiality\n\n; respect\n\n; competence\n\n; responsibility','confidentiality\n\n',NULL,1659544730),(13421,1115,35,'deferredfeedback',1311,1,1.0000000,0.0000000,1.0000000,0,'At present it is best to tell clients that neurofeedback is effective _______________.\n\n: in curing all disorders\n; in curing their disorder\n\n; in reducing symptoms of many disorders\n\n; fixing them for good\n\n','in reducing symptoms of many disorders\n\n',NULL,1659544730),(13422,1115,36,'deferredfeedback',1270,1,1.0000000,0.0000000,1.0000000,0,'Common features of depression are ______________.\n\n: dysphoria and anhedonia\n; feelings of worthlessness\n; hypersomnia\n\n; all of the above\n','all of the above\n',NULL,1659544730),(13423,1115,37,'deferredfeedback',1273,1,1.0000000,0.0000000,1.0000000,0,'The key features of Parkinson\'s are _____________.\n\n: shaking of head and hands\n\n; muscular stiffness\n; tics\n\n; both A & B\n','both A & B\n',NULL,1659544730),(13424,1115,38,'deferredfeedback',1217,1,1.0000000,0.0000000,1.0000000,0,'Alpha desynchronizes into beta waves during ________ ?\n\n: memory processing\n\n; drowsing\n\n; sustained attention\n\n; cognitive processing\n\n','drowsing\n\n',NULL,1659544730),(13425,1115,39,'deferredfeedback',1310,1,1.0000000,0.0000000,1.0000000,0,'Presently neurofeedback is considered _____________ approach to elementary symptoms of a variety of disorders.\n\n: a dubious\n\n; a useless\n; a foolproof\n; an experimental\n\n','an experimental\n\n',NULL,1659544730),(13426,1115,40,'deferredfeedback',1160,1,1.0000000,0.0000000,1.0000000,0,'What neurochemical manufactured in the pituitary gland mediates sleep onset?\n\n: dopamine\n\n; melatonin\n\n; serotonin\n\n; GABA\n\n','melatonin\n\n',NULL,1659544730),(13427,1115,41,'deferredfeedback',1297,1,1.0000000,0.0000000,1.0000000,0,'HEG Training was a unique form of feedback developed by\n: Hershel Toomim\n\n; Robert Thatcher\n; Nick Dogris\n\n; Tom Collura\n\n','Hershel Toomim\n\n',NULL,1659544730),(13428,1115,42,'deferredfeedback',1144,1,1.0000000,0.0000000,1.0000000,0,'Who worked with Barry Sterman and went on to be one of the first clinicians?\n\n: Sue Othmer\n\n; Margaret Ayers\n; Val Brown\n\n; Joe Kamiya\n\n','Margaret Ayers\n',NULL,1659544730),(13429,1115,43,'deferredfeedback',1195,1,1.0000000,0.0000000,1.0000000,0,'Amplifiers, which are sensitive to microvolts, tend to pick up other signals, such as muscle artifact, which is often in the millivolt range and therefore:\n\n: stronger\n\n; weaker\n\n; more common\n\n; none of the above\n\n','stronger\n\n',NULL,1659544730),(13430,1115,44,'deferredfeedback',1343,1,1.0000000,0.0000000,1.0000000,0,'The resistance to the flow of electrons is usually measured in ______.\n\n: Ohms\n\n; Capacitance\n\n; Volts\n\n; Amps\n\n','Ohms\n\n',NULL,1659544730),(13431,1115,45,'deferredfeedback',1299,1,1.0000000,0.0000000,1.0000000,0,'Present research indicates that the difference between LENS and other methods of NFB is\n\n: There is no research to indicate that any one modality is better than another\n; That LENS is better than the other methods\n\n; That many other methods are better than LENS\n\n; That LENS is about equal with respect to efficacy\n\n','There is no research to indicate that any one modality is better than another\n',NULL,1659544730),