Practice Exam Biological and Cognitive Psychology
1. What was the emphasis in psychology for the first half of the 20th century?
a. The brain works like a computer.
b. Conditioning as a cause of behavior.
c. The body and the mind are independent of each other.
d. Knowledge is created through sensory experiences.
2. Why is it often useful to use both EEG and fMRI in a study?
a. EEG is accurate with the moment of activity and with fMRI you can see the active
areas.
b. fMRI is accurate with the moment of activity and with EEG you can see the active
areas.
c. EEG is accurate with the moment of activity and with fMRI you can see the specific
active neurons.
d. fMRI is accurate with the moment of activity and with EEG you can see the specific
active neurons.
3. Enter: (A) consist of thousands (B), short chains of multiple (A) are also called (C).
a. A= peptides, B= proteins, C= amino acids.
b. A= amino acids, B= proteins, C= peptides.
c. A= proteins, B= amino acids, C=peptides.
d. A= proteins, B= peptides, C= amino acids.
4. Neurotransmitters in the axon are transported in the microtubules in two directions. From the
soma to the terminal knots (anterogade) the neurotransmitters are transported by: A. From the
terminal knots to the soma (retrogade) the neurotransmitters are pre-enerted by: B.
a. A= kinesin, B= dynein
b. A= myosin, B= kinesin
c. A= kinesin, B= myosin
d. A=dynein, B= kinesin
5. What is the function of the Golgi apparatus?
a. Protein production and storage
b. Packing neurotransmitters into vesicles
c. Generating ATP/ energy
d. Cleaning up waste
6. What is the product called when transcription of DNA takes place?
a. RNA
b. rRNA
c. mRNA
d. tRNA
, 7. Which of the following claims are correct?
I. Schwann cells can surround several axons at once, while oligodendrocytes can only
surround one axon at a time.
II. Oligodendrocytes form myelin sheaths in CNS, Schwann cells in PNS.
a. Claim 1 is correct
b. Claim 2 is correct
c. Both claims are correct
d. Both claims are false
8. What is not a function of astrocytes?
a. Transporting nutrients from the blood stream to the neurons and store glucose as spare
energy.
b. Creating structure and solidity.
c. Removal of dead cells.
d. Isolate Synaptic crevices
9. There are two types of glial cells: (A) and (B). The function of the (A) is, among other things,
immunological defense and the removal of dead cells. Of the (B) are three variants, these three
all aim to
a. A= oligodendrocytes, B= astrocytes
b. A= astrocytes, B= oligodendrocytes
c. A= macroglia, B= microglia
d. A= microglia, B= macroglia
10. Someone with blindsight has damage to the mammalian visual system, but the primitive visual
system is still intact. This patient can...
a. Make correct eye and head movements, but cannot recognize objects.
b. Make correct eye and head movements, but has no spatial insight.
c. As far as he knows he can’t see, but without being conscious of it, he gets information
about the world around him through the mammalian visual system.
d. See everything, except he's not aware of one side of his field of vision.
11. What happens at the beginning of an action potential (depolarization)?
a. K+ channels open
b. Na+ channels open
c. K+ channels close
d. Na+ channels close
12. When too much K+ keeps flowing out of the cell at the end of an action potential, a ... takes
place.
a. Depolarization
b. Repolarization
c. Hyperpolarization
d. Overpolarization
13. How does a cell remain polarized at rest?
a. Diffusion
b. Electrostatic forces
c. Sodium potassium pump
d. All the above answers
1. What was the emphasis in psychology for the first half of the 20th century?
a. The brain works like a computer.
b. Conditioning as a cause of behavior.
c. The body and the mind are independent of each other.
d. Knowledge is created through sensory experiences.
2. Why is it often useful to use both EEG and fMRI in a study?
a. EEG is accurate with the moment of activity and with fMRI you can see the active
areas.
b. fMRI is accurate with the moment of activity and with EEG you can see the active
areas.
c. EEG is accurate with the moment of activity and with fMRI you can see the specific
active neurons.
d. fMRI is accurate with the moment of activity and with EEG you can see the specific
active neurons.
3. Enter: (A) consist of thousands (B), short chains of multiple (A) are also called (C).
a. A= peptides, B= proteins, C= amino acids.
b. A= amino acids, B= proteins, C= peptides.
c. A= proteins, B= amino acids, C=peptides.
d. A= proteins, B= peptides, C= amino acids.
4. Neurotransmitters in the axon are transported in the microtubules in two directions. From the
soma to the terminal knots (anterogade) the neurotransmitters are transported by: A. From the
terminal knots to the soma (retrogade) the neurotransmitters are pre-enerted by: B.
a. A= kinesin, B= dynein
b. A= myosin, B= kinesin
c. A= kinesin, B= myosin
d. A=dynein, B= kinesin
5. What is the function of the Golgi apparatus?
a. Protein production and storage
b. Packing neurotransmitters into vesicles
c. Generating ATP/ energy
d. Cleaning up waste
6. What is the product called when transcription of DNA takes place?
a. RNA
b. rRNA
c. mRNA
d. tRNA
, 7. Which of the following claims are correct?
I. Schwann cells can surround several axons at once, while oligodendrocytes can only
surround one axon at a time.
II. Oligodendrocytes form myelin sheaths in CNS, Schwann cells in PNS.
a. Claim 1 is correct
b. Claim 2 is correct
c. Both claims are correct
d. Both claims are false
8. What is not a function of astrocytes?
a. Transporting nutrients from the blood stream to the neurons and store glucose as spare
energy.
b. Creating structure and solidity.
c. Removal of dead cells.
d. Isolate Synaptic crevices
9. There are two types of glial cells: (A) and (B). The function of the (A) is, among other things,
immunological defense and the removal of dead cells. Of the (B) are three variants, these three
all aim to
a. A= oligodendrocytes, B= astrocytes
b. A= astrocytes, B= oligodendrocytes
c. A= macroglia, B= microglia
d. A= microglia, B= macroglia
10. Someone with blindsight has damage to the mammalian visual system, but the primitive visual
system is still intact. This patient can...
a. Make correct eye and head movements, but cannot recognize objects.
b. Make correct eye and head movements, but has no spatial insight.
c. As far as he knows he can’t see, but without being conscious of it, he gets information
about the world around him through the mammalian visual system.
d. See everything, except he's not aware of one side of his field of vision.
11. What happens at the beginning of an action potential (depolarization)?
a. K+ channels open
b. Na+ channels open
c. K+ channels close
d. Na+ channels close
12. When too much K+ keeps flowing out of the cell at the end of an action potential, a ... takes
place.
a. Depolarization
b. Repolarization
c. Hyperpolarization
d. Overpolarization
13. How does a cell remain polarized at rest?
a. Diffusion
b. Electrostatic forces
c. Sodium potassium pump
d. All the above answers
