A) seizures and strokes.
B) difficulties with speech and movement.
C) memory loss and difficulty with computations.
D) angry outbursts and unreliability.
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Multiple Choice
A) supported by the evidence that most left-handed individuals are employed as artists or musicians.
B) a popular myth about lateralization.
C) supported by the research findings on split-brain operations.
D) important for teachers to consider when working with children who have learning disabilities.
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Multiple Choice
A) The neurons will become depolarized, initiating a refractory period.
B) The neurons will become hyperpolarized and less likely to initiate another action potential.
C) The synaptic vesicles will be void of neurotransmitters, blocking neuronal communication.
D) Action potentials will fire immediately, enhancing neuronal communication.
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Multiple Choice
A) plumbers and electricians.
B) baseball players and their coaches.
C) ballerinas and their audience members.
D) dentists and their patients' teeth.
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Multiple Choice
A) parasympathetic nervous system
B) somatic nervous system
C) endocrine system
D) sympathetic nervous system
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Multiple Choice
A) hormones into the blood.
B) neurotransmitters into the blood.
C) hormones into the cerebrospinal fluid.
D) neurotransmitters into the cerebrospinal fluid.
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Multiple Choice
A) thalamus
B) cerebellum
C) amygdala
D) medulla
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Multiple Choice
A) the inability to speak.
B) changes in pain perception.
C) the inability to regulate blood pressure.
D) difficulties with facial expressions.
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Multiple Choice
A) Current flows along the unmyelinated segments and action potentials propagate along the myelinated portions of the axon, decreasing the speed and efficiency of the action potential.
B) Current flows under the myelin and action potentials propagate along the unmyelinated segments of the axon, decreasing the speed and efficiency of the action potential.
C) Current flows along the unmyelinated segments and action potentials propagate along the myelinated portions of the axon, increasing the speed and efficiency of the action potential.
D) Current flows under the myelin and action potentials propagate along the unmyelinated segments of the axon, increasing the speed and efficiency of the action potential.
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Multiple Choice
A) synaptic coatings.
B) blood vessel extensions.
C) dendritic sheathing.
D) glial membranes.
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Multiple Choice
A) dendrites and cell body.
B) glia and dendrites.
C) cell body and axon.
D) axon and nucleus.
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Multiple Choice
A) It is the only brain area that regulates movement.
B) It provides the highest level of voluntary control over movement.
C) It regulates all involuntary movements.
D) It contains all of the motor neurons of the brain.
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Multiple Choice
A) sensory reflexes, movement, and pain.
B) heart rate and blood pressure.
C) sleep, arousal, and facial expressions.
D) balance and motor coordination.
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Multiple Choice
A) meninges.
B) cerebrospinal fluid.
C) neurotransmitters.
D) skull.
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Essay
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Multiple Choice
A) Broca's
B) Wernicke's
C) Ranvier's
D) M'Naghten's
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Multiple Choice
A) Dopamine
B) Serotonin
C) Acetylcholine
D) Glutamate
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Multiple Choice
A) Its dendrites will retract.
B) Its dendrites will extend.
C) It will take up chemical messengers.
D) It will release chemical messengers.
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Multiple Choice
A) The difference between the electrical charges of the extracellular and intracellular recordings decreased, increasing the chances of an action potential.
B) The difference between the electrical charges of the extracellular and intracellular recordings decreased, decreasing the chances of an action potential.
C) The difference between the electrical charges of the extracellular and intracellular recordings increased, increasing the chances of an action potential.
D) The difference between the electrical charges of the extracellular and intracellular recordings increased, decreasing the chances of an action potential.
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Multiple Choice
A) thalamus.
B) hippocampus.
C) nucleus accumbens.
D) basal ganglia.
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