A) corpus callosum
B) pons
C) cerebellum
D) medulla
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Multiple Choice
A) In a process called reuptake, they are reabsorbed by the sending neuron and recycled.
B) They bind with potassium ions.
C) They are destroyed by glial cells.
D) In a process called depolarization, they are neutralized by negative ions.
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True/False
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True/False
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Multiple Choice
A) myelin
B) endorphins
C) glial cells
D) hormones
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True/False
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True/False
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True/False
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Multiple Choice
A) dendrites
B) astrocytes
C) myelin sheath
D) microglia
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Multiple Choice
A) at the forebrain level
B) at the midbrain level
C) in the spinal cord
D) at the hindbrain level
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Essay
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Multiple Choice
A) always communicates either an excitatory or inhibitory effect.
B) can sometimes have different effects in different areas of the brain.
C) can be located in the central nervous system or the peripheral nervous system, but not in both.
D) can attach to any available receptor site on adjacent neurons.
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Multiple Choice
A) somatic
B) autonomic
C) sympathetic
D) parasympathetic
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True/False
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Short Answer
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True/False
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Multiple Choice
A) peripheral nervous system; central nervous system
B) central nervous system; autonomic nervous system
C) brain; spinal cord
D) autonomic nervous system; somatic nervous system
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Multiple Choice
A) the knees
B) the face
C) the arms
D) the feet
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Multiple Choice
A) At each successive segment of the axon, the action potential is regenerated by depolarization and the movement of ions across the axon's membrane.
B) Neurotransmitters are constantly being released to generate the action potential at each successive segment of the axon.
C) Action potentials are conducted down the axon, just as electricity is conducted through a wire.
D) Ion channels open and close at the nodes of Ranvier, allowing neurotransmitters to enter into the axon and regenerate an action potential at each node.
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Multiple Choice
A) antagonist
B) endorphin
C) agonist
D) opiate
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