A) afferent neurons
B) active neurons
C) efferent neurons
D) interneurons
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Multiple Choice
A) reticular activating system
B) pons
C) medulla
D) cerebellum
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Multiple Choice
A) blocking receptor sites and acting as an antagonist for acetylcholine
B) stimulating the release of excessive amounts of acetylcholine
C) stimulating the release of neurotransmitters
D) inhibiting the production of inhibitory neurotransmitters
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Multiple Choice
A) medulla
B) cerebellum
C) reticular formation
D) pons
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Multiple Choice
A) corpus callosum
B) occipital lobe
C) right hemisphere
D) left hemisphere
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Multiple Choice
A) sensory neurons
B) motor neurons
C) synaptic neurons
D) association neurons
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A) limbic cells.
B) neurons.
C) ganglia
D) gonads.
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A) left and right hemispheres.
B) the brain and autonomic systems.
C) brain and spinal cord.
D) peripheral and autonomic systems.
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A) axon
B) dendrite
C) soma
D) myelin
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A) Broca's
B) Gall's
C) Wernicke's
D) Korsakoff's
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Multiple Choice
A) reticular activating system
B) pons
C) medulla
D) cerebellum
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A) somatic
B) autonomic
C) sympathetic
D) parasympathetic
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True/False
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A) dendrite
B) neuron
C) axon
D) myelin sheath
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A) has become less positive in charge.
B) has received, in its dendrites, appropriate inputs from other neurons.
C) is unable to transmit information to another neuron.
D) has become more negative in charge.
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A) EEG
B) CT
C) MRI
D) PET
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Multiple Choice
A) GABA
B) serotonin
C) dopamine
D) acetylcholine
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True/False
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Short Answer
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Multiple Choice
A) They involve the neurotransmitter GABA rather than dopamine.
B) The message involved does not have to go all the way to the brain.
C) The speed of processing is faster in the frontal lobes than in the occipital lobes.
D) The path that reflexes follow to the brain is direct and does not involve any neurotransmitters.
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