Deck 4: A: Neural and Hormonal Systems
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Deck 4: A: Neural and Hormonal Systems
1
The branching extensions of nerve cells that receive incoming signals from sensory receptors or from other neurons are called the
A) axons.
B) synapses.
C) dendrites.
D) neurotransmitters.
A) axons.
B) synapses.
C) dendrites.
D) neurotransmitters.
dendrites.
2
The resting potential of a neuron refers to
A) a brief electrical charge that travels down the axon.
B) the storage of neurotransmitter molecules within synaptic vesicles.
C) the electrical polarization of the inside and outside of the neural membrane.
D) a capacity to reabsorb neurotransmitter molecules released into the synaptic gap.
A) a brief electrical charge that travels down the axon.
B) the storage of neurotransmitter molecules within synaptic vesicles.
C) the electrical polarization of the inside and outside of the neural membrane.
D) a capacity to reabsorb neurotransmitter molecules released into the synaptic gap.
the electrical polarization of the inside and outside of the neural membrane.
3
An action potential refers to a
A) neural impulse.
B) synaptic gap.
C) neurotransmitter.
D) reflex.
A) neural impulse.
B) synaptic gap.
C) neurotransmitter.
D) reflex.
neural impulse.
4
The depolarization of an axon is most likely to occur when
A) positively charged ions rush into the axon.
B) negatively charged ions rush into the axon.
C) positively charged ions rush out of the axon.
D) negatively charged ions rush out of the axon.
A) positively charged ions rush into the axon.
B) negatively charged ions rush into the axon.
C) positively charged ions rush out of the axon.
D) negatively charged ions rush out of the axon.
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5
Which part of a neuron is often encased by a fatty myelin sheath?
A) axon
B) synaptic gap
C) cell body
D) dendrite
A) axon
B) synaptic gap
C) cell body
D) dendrite
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6
The nineteenth-century theory that bumps on the skull reveal a person's abilities and traits is called
A) evolutionary psychology.
B) behavior genetics.
C) biological psychology.
D) phrenology.
A) evolutionary psychology.
B) behavior genetics.
C) biological psychology.
D) phrenology.
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7
In the process of beginning an action potential, the threshold refers to
A) neuron extensions that conduct messages toward the cell body.
B) a minimum intensity of excitatory minus inhibitory stimulation.
C) neuron extensions that send messages to other neurons.
D) the junction between a sending and receiving neuron.
A) neuron extensions that conduct messages toward the cell body.
B) a minimum intensity of excitatory minus inhibitory stimulation.
C) neuron extensions that send messages to other neurons.
D) the junction between a sending and receiving neuron.
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8
Because neural communication occurs within the context of both cultural influences and individual mental processes, people are best understood as
A) genetic profiles.
B) action potentials.
C) biopsychosocial systems.
D) cognitive systems.
A) genetic profiles.
B) action potentials.
C) biopsychosocial systems.
D) cognitive systems.
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9
Who first suggested that different regions of the brain control different aspects of behavior?
A) Aristotle
B) Charles Sherrington
C) Plato
D) Franz Gall
A) Aristotle
B) Charles Sherrington
C) Plato
D) Franz Gall
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10
Professor Seif conducts research on the relationship between the brain and sexual motivation. Her research focus is most characteristic of someone working from the ________ perspective.
A) biological
B) psychodynamic
C) cognitive
D) behavioral
A) biological
B) psychodynamic
C) cognitive
D) behavioral
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11
Signal reception is to ________ as signal transmission is to ________.
A) interneuron; neural network
B) dendrite; axon
C) neurotransmitter; hormone
D) sympathetic nervous system; parasympathetic nervous system
A) interneuron; neural network
B) dendrite; axon
C) neurotransmitter; hormone
D) sympathetic nervous system; parasympathetic nervous system
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12
The cells that serve as the basic building blocks of the body's information system are called
A) neurons.
B) neurotransmitters.
C) vesicles.
D) genes.
A) neurons.
B) neurotransmitters.
C) vesicles.
D) genes.
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13
The selective permeability of a neural membrane creates a
A) myelin sheath.
B) resting potential.
C) neural network.
D) synaptic gap.
A) myelin sheath.
B) resting potential.
C) neural network.
D) synaptic gap.
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14
The movement of positively charged ions across the membrane of a neuron can produce a(n)
A) synaptic gap.
B) action potential.
C) myelin sheath.
D) interneuron.
A) synaptic gap.
B) action potential.
C) myelin sheath.
D) interneuron.
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15
The part of a neuron that transmits neural messages to other neurons or to muscles or glands is called the
A) dendrite.
B) synapse.
C) axon.
D) cell body.
A) dendrite.
B) synapse.
C) axon.
D) cell body.
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16
The slowdown of neural communication in multiple sclerosis involves a degeneration of the
A) neural network.
B) cell body.
C) myelin sheath.
D) pituitary gland.
A) neural network.
B) cell body.
C) myelin sheath.
D) pituitary gland.
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17
A neural impulse is generated only when excitatory minus inhibitory signals exceed a certain
A) action potential.
B) synaptic gap.
C) level of reuptake.
D) threshold.
A) action potential.
B) synaptic gap.
C) level of reuptake.
D) threshold.
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18
Aristotle believed that the mind was most intimately connected with the
A) head.
B) stomach.
C) heart.
D) liver.
A) head.
B) stomach.
C) heart.
D) liver.
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19
The myelin sheath helps to increase the ________ of neural impulses.
A) frequency
B) intensity
C) threshold
D) speed
A) frequency
B) intensity
C) threshold
D) speed
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20
Psychologists who work from the biological perspective are most likely to focus on the links between
A) physiological activity and psychological events.
B) genes and neurotransmitters.
C) sensory and motor neurons.
D) the CNS and the PNS.
A) physiological activity and psychological events.
B) genes and neurotransmitters.
C) sensory and motor neurons.
D) the CNS and the PNS.
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21
Neurotransmitters bind to receptor sites and influence the flow of ________ into receiving neurons.
A) ions
B) opiates
C) myelin
D) hormones
A) ions
B) opiates
C) myelin
D) hormones
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22
Neurotransmitters are chemical messengers that travel across the
A) cell body.
B) synaptic gap.
C) myelin sheath.
D) threshold.
A) cell body.
B) synaptic gap.
C) myelin sheath.
D) threshold.
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23
Neurotransmitter receptor sites are primarily located on the
A) dendrites.
B) myelin sheath.
C) cell bodies.
D) axon terminals.
A) dendrites.
B) myelin sheath.
C) cell bodies.
D) axon terminals.
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24
Seizures are likely to be associated with an
A) undersupply of GABA and an oversupply of glutamate.
B) oversupply of GABA and an undersupply of glutamate.
C) undersupply of GABA and an undersupply of glutamate.
D) oversupply of GABA and an oversupply of glutamate.
A) undersupply of GABA and an oversupply of glutamate.
B) oversupply of GABA and an undersupply of glutamate.
C) undersupply of GABA and an undersupply of glutamate.
D) oversupply of GABA and an oversupply of glutamate.
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25
After three hours of playing a physically exhausting professional tennis match, Chitra began to experience feelings of exhilaration and pleasure. It is likely that her feelings were most directly linked to the release of
A) dopamine.
B) acetylcholine.
C) endorphins.
D) growth hormones.
A) dopamine.
B) acetylcholine.
C) endorphins.
D) growth hormones.
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26
Endorphins are most directly involved in the control of
A) body temperature.
B) physical pain.
C) muscle contraction.
D) attention.
A) body temperature.
B) physical pain.
C) muscle contraction.
D) attention.
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27
The pain of childbirth is most likely to be reduced by the release of
A) acetylcholine.
B) endorphins.
C) dopamine.
D) glutamate.
A) acetylcholine.
B) endorphins.
C) dopamine.
D) glutamate.
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28
When the transmission of ACh is blocked, the result is
A) depression.
B) aggression.
C) muscular paralysis.
D) schizophrenia.
A) depression.
B) aggression.
C) muscular paralysis.
D) schizophrenia.
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29
Morphine and heroin are
A) free radicals.
B) hormones.
C) dendrites.
D) opiates.
A) free radicals.
B) hormones.
C) dendrites.
D) opiates.
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30
The tremors of Parkinson's disease result from the death of nerve cells that produce the neurotransmitter
A) serotonin.
B) ACh.
C) GABA.
D) dopamine.
A) serotonin.
B) ACh.
C) GABA.
D) dopamine.
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31
A drug that blocks a neurotransmitter's functioning is called a(n)
A) opiate.
B) agonist.
C) antagonist.
D) glutamate.
A) opiate.
B) agonist.
C) antagonist.
D) glutamate.
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32
Transferring messages from a motor neuron to a leg muscle requires the neurotransmitter known as
A) dopamine.
B) epinephrine.
C) acetylcholine.
D) insulin.
A) dopamine.
B) epinephrine.
C) acetylcholine.
D) insulin.
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33
An undersupply of GABA is most closely linked to
A) schizophrenia.
B) paralysis.
C) insomnia.
D) Alzheimer's disease.
A) schizophrenia.
B) paralysis.
C) insomnia.
D) Alzheimer's disease.
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34
The reabsorption of excess neurotransmitter molecules by a sending neuron is called
A) an action potential.
B) the all-or-none response.
C) fight or flight.
D) reuptake.
A) an action potential.
B) the all-or-none response.
C) fight or flight.
D) reuptake.
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35
The reuptake of a neurotransmitter such as serotonin would involve the reabsorption of serotonin into a(n)
A) axon terminal.
B) receiving neuron.
C) myelin sheath.
D) dendrite.
A) axon terminal.
B) receiving neuron.
C) myelin sheath.
D) dendrite.
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36
The brain's own natural production of endorphins is likely to be suppressed by
A) physical pain.
B) physical exercise.
C) heroin usage.
D) antidepressant drugs.
A) physical pain.
B) physical exercise.
C) heroin usage.
D) antidepressant drugs.
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37
Endorphins are neurotransmitter molecules similar to
A) dopamine.
B) serotonin.
C) morphine.
D) acetylcholine.
A) dopamine.
B) serotonin.
C) morphine.
D) acetylcholine.
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38
An all-or-none response pattern is characteristic of the
A) activation of either the sympathetic or the parasympathetic system.
B) release of endorphins into the central nervous system.
C) release of hormones into the bloodstream.
D) initiation of neural impulses.
A) activation of either the sympathetic or the parasympathetic system.
B) release of endorphins into the central nervous system.
C) release of hormones into the bloodstream.
D) initiation of neural impulses.
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39
Agonists are chemicals that may mimic the activity of
A) motor neurons.
B) genes.
C) synapses.
D) neurotransmitters.
A) motor neurons.
B) genes.
C) synapses.
D) neurotransmitters.
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40
The junctions where impulses are chemically transmitted from one neuron to another are called
A) vesicles.
B) synapses.
C) dendrites.
D) thresholds.
A) vesicles.
B) synapses.
C) dendrites.
D) thresholds.
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41
The sympathetic nervous system
A) stimulates digestion and slows heartbeat.
B) inhibits digestion and accelerates heartbeat.
C) stimulates digestion and accelerates heartbeat.
D) inhibits digestion and slows heartbeat.
A) stimulates digestion and slows heartbeat.
B) inhibits digestion and accelerates heartbeat.
C) stimulates digestion and accelerates heartbeat.
D) inhibits digestion and slows heartbeat.
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42
The neurons of the central nervous system cluster into work groups known as
A) stem cells.
B) dendrites.
C) interneurons.
D) neural networks.
A) stem cells.
B) dendrites.
C) interneurons.
D) neural networks.
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43
When Jenny saw that a large barking dog was enclosed by a very high fence, her racing heartbeat began to slow. The slowed heartbeat was most directly regulated by her
A) central nervous system.
B) parasympathetic nervous system.
C) somatic nervous system.
D) sympathetic nervous system.
A) central nervous system.
B) parasympathetic nervous system.
C) somatic nervous system.
D) sympathetic nervous system.
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44
The brain's information-processing capacities are most clearly enhanced by
A) neural networks.
B) ACh agonists.
C) endorphins.
D) reflexes.
A) neural networks.
B) ACh agonists.
C) endorphins.
D) reflexes.
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45
When Dirk was stung by a bee, the pain message was transmitted to his spinal cord by the ________ nervous system.
A) sympathetic
B) parasympathetic
C) peripheral
D) central
A) sympathetic
B) parasympathetic
C) peripheral
D) central
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46
The body's speedy electrochemical information network is called the
A) circulatory system.
B) digestive system.
C) nervous system.
D) endocrine system.
A) circulatory system.
B) digestive system.
C) nervous system.
D) endocrine system.
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47
The parasympathetic nervous system is a division of the ________ nervous system.
A) autonomic
B) somatic
C) central
D) sympathetic
A) autonomic
B) somatic
C) central
D) sympathetic
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48
Information is carried from the body's tissues and sensory receptors to the central nervous system by
A) interneurons.
B) sensory neurons.
C) motor neurons.
D) endocrine glands.
A) interneurons.
B) sensory neurons.
C) motor neurons.
D) endocrine glands.
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49
Sensory neurons transmit signals to
A) glands.
B) tissues.
C) motor neurons.
D) interneurons.
A) glands.
B) tissues.
C) motor neurons.
D) interneurons.
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50
Motor neurons are an important part of the
A) central nervous system.
B) circulatory system.
C) peripheral nervous system.
D) endocrine system.
A) central nervous system.
B) circulatory system.
C) peripheral nervous system.
D) endocrine system.
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51
When Mr. Valdez thought his 1-year-old daughter had fallen down the stairs, his heartbeat accelerated, his blood pressure rose, and he began to perspire heavily. Mr. Valdez's state of arousal was activated by his ________ nervous system.
A) parasympathetic
B) sympathetic
C) somatic
D) central
A) parasympathetic
B) sympathetic
C) somatic
D) central
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52
For you to be able to run, ________ must relay messages from your central nervous system to your leg muscles.
A) interneurons
B) motor neurons
C) the sympathetic nervous system
D) the autonomic nervous system
A) interneurons
B) motor neurons
C) the sympathetic nervous system
D) the autonomic nervous system
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53
Messages are transmitted from your spinal cord to your digestive system's stomach muscles by the
A) skeletal nervous system.
B) central nervous system.
C) sympathetic nervous system.
D) somatic nervous system.
A) skeletal nervous system.
B) central nervous system.
C) sympathetic nervous system.
D) somatic nervous system.
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54
The spinal cord is part of the ________ nervous system.
A) central
B) peripheral
C) autonomic
D) somatic
A) central
B) peripheral
C) autonomic
D) somatic
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55
Information travels from spinal cord to the brain through
A) interneurons.
B) somatic nervous system.
C) adrenal glands.
D) the sympathetic nervous system.
A) interneurons.
B) somatic nervous system.
C) adrenal glands.
D) the sympathetic nervous system.
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56
Paralysis triggered by botulin poisoning is most likely to be relieved by a(n)
A) ACh agonist.
B) serotonin agonist.
C) ACh antagonist.
D) serotonin antagonist.
A) ACh agonist.
B) serotonin agonist.
C) ACh antagonist.
D) serotonin antagonist.
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57
People can simultaneously process many aspects of sensory information such as color, shape, and size. This best illustrates the functioning of multiple
A) ACh agonists.
B) resting potentials.
C) neural networks.
D) ACh antagonists.
A) ACh agonists.
B) resting potentials.
C) neural networks.
D) ACh antagonists.
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58
The part of the peripheral nervous system that controls the movement of your arms when you write is the
A) autonomic nervous system.
B) sympathetic nervous system.
C) somatic nervous system.
D) parasympathetic nervous system.
A) autonomic nervous system.
B) sympathetic nervous system.
C) somatic nervous system.
D) parasympathetic nervous system.
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59
Nerves are neural cables formed from bundles of
A) endorphins.
B) interneurons.
C) axons.
D) dendrites.
A) endorphins.
B) interneurons.
C) axons.
D) dendrites.
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60
The parasympathetic nervous system is to the sympathetic nervous system as ________ is to ________.
A) pupil dilation; pupil contraction
B) raising blood pressure; lowering blood pressure
C) inhibition of digestion; stimulation of digestion
D) lowering of blood sugar; raising of blood sugar
A) pupil dilation; pupil contraction
B) raising blood pressure; lowering blood pressure
C) inhibition of digestion; stimulation of digestion
D) lowering of blood sugar; raising of blood sugar
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61
The release of epinephrine into the bloodstream is most likely to
A) lower blood sugar.
B) lower blood pressure.
C) stimulate digestion.
D) accelerate heartbeat.
A) lower blood sugar.
B) lower blood pressure.
C) stimulate digestion.
D) accelerate heartbeat.
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62
Cortisol is a stress hormone released by the
A) pituitary gland.
B) thyroid gland.
C) pancreas.
D) adrenal glands.
A) pituitary gland.
B) thyroid gland.
C) pancreas.
D) adrenal glands.
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63
The body's chemical communication system that is much slower than the nervous system is called the
A) somatic system.
B) parasympathetic system.
C) autonomic system.
D) endocrine system.
A) somatic system.
B) parasympathetic system.
C) autonomic system.
D) endocrine system.
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64
Group cohesion, pair bonding, and social trust are promoted by pituitary gland secretions of
A) cortisol.
B) epinephrine.
C) oxytocin.
D) dopamine.
A) cortisol.
B) epinephrine.
C) oxytocin.
D) dopamine.
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65
The simplest neural pathways are those that govern our
A) thoughts.
B) emotions.
C) reflexes.
D) sexual drives.
A) thoughts.
B) emotions.
C) reflexes.
D) sexual drives.
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66
In a moment of danger, an individual's adrenal glands release
A) ACh.
B) insulin.
C) epinephrine.
D) endorphins.
A) ACh.
B) insulin.
C) epinephrine.
D) endorphins.
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67
The chemical messengers of the endocrine system are called
A) neurotransmitters.
B) hormones.
C) agonists.
D) genes.
A) neurotransmitters.
B) hormones.
C) agonists.
D) genes.
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68
The pituitary has been identified as a(n)
A) neurotransmitter.
B) myelin sheath.
C) master gland.
D) neural network.
A) neurotransmitter.
B) myelin sheath.
C) master gland.
D) neural network.
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69
Which endocrine gland regulates body growth?
A) adrenal
B) thyroid
C) pituitary
D) pancreas
A) adrenal
B) thyroid
C) pituitary
D) pancreas
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70
Sheelah was able to jerk her hand out of the scalding water before sensing any pain because this withdrawal reflex
A) was activated by interneurons in her spinal cord.
B) did not involve any activity within her central nervous system.
C) was activated by the rapidly responding reticular formation of her brain.
D) was activated by her self-regulating autonomic nervous system.
A) was activated by interneurons in her spinal cord.
B) did not involve any activity within her central nervous system.
C) was activated by the rapidly responding reticular formation of her brain.
D) was activated by her self-regulating autonomic nervous system.
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71
The knee-jerk reflex requires the activity of the
A) central nervous system.
B) autonomic nervous system.
C) sympathetic nervous system.
D) parasympathetic nervous system.
A) central nervous system.
B) autonomic nervous system.
C) sympathetic nervous system.
D) parasympathetic nervous system.
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72
Epinephrine and norepinephrine are released by the
A) thyroid gland.
B) pituitary gland.
C) adrenal glands.
D) pancreas.
A) thyroid gland.
B) pituitary gland.
C) adrenal glands.
D) pancreas.
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