A) It prevents fatigue of sensory receptors.
B) It prevents the constant excitation of the hairs of your skin by your clothing.
C) It prevents the nervous system from being overwhelmed by stimuli that offer very little information about the world.
D) It allows the brain to reassign sensory cortex in people who lose a limb.
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A) SMA
B) premotor cortex
C) M1
D) cerebellum
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A) All receptive fields of sensory nerves are excitatory.
B) Receptive fields of sensory neurons have a characteristic shape with excitatory and inhibitory regions.
C) Receptive fields of sensory neurons differ in size and shape, but all respond to the same type and quality of stimulation.
D) Receptive fields of skin sensory neurons are either excitatory or inhibitory.
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A) Motivational-affective
B) Cognitive-evaluative
C) Sensory-discriminative
D) Situational-interpretive
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A) Fingers
B) Lips
C) Hands
D) Eyes
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A) Pacinian corpuscles
B) Free nerve endings
C) Ruffini corpuscles
D) Merkel's discs
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A) It is a major source of axons that form the pyramidal tract.
B) Many M1 cells have directional sensitivity.
C) Cortical maps of M1 show plasticity, changing with experience
D) It occupies a large part of the upper medulla.
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A) mechanical stimulation of the skin.
B) electrical stimulation of the skin.
C) the administration of drugs.
D) hypnotic suggestion and placebo effect.
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A) dorsal horn cells of the spinal cord.
B) medulla.
C) central brainstem.
D) ventral horn cells of the spinal cord.
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A) they appear to trigger specific movements.
B) they fire when a monkey sees another monkey (or human) performing a simple movement previously performed by the monkey itself.
C) they might be part of a neural system for empathy.
D) All of the above
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A) norepinephrine; relaxation
B) dopamine; ataxia
C) acetylcholine; contraction
D) glutamate; tension
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A) cerebral cortex.
B) thalamus.
C) medulla.
D) spinal cord.
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