Deck 9: The Nervous System

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Question
Fred has been diagnosed with a disease that causes him to forget that his relatives have been to see him. What parts of his brain are likely affected, given this information?

A) hippocampus and amygdala
B) medulla oblongata and thalamus
C) corpus callosum and pons
D) cerebellum and midbrain
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Question
Which of the following can be defined as a collection of structures involved in emotions and memory?

A) CNS
B) limbic system
C) autonomic system
D) parasympathetic system
Question
Gustav heard that a new sports drink would bulk up his muscles. He was worried that the stuff would contain steroids but was assured by his coach that it did not. He tried small amounts at first but then became impatient for results and drank a lot. He collapsed and was rushed to the emergency room with a high temperature. Using the information in this chapter, which part of the brain was most affected?

A) cerebrum
B) hypothalamus
C) pons
D) insula
Question
Two of the divisions of the nervous system are nerves that control voluntary actions and nerves that control involuntary actions. These nerves are both found in the ________ nervous system.

A) central
B) somatic
C) peripheral
D) spinal
Question
Which of the following is a specific function of the cerebrospinal fluid?

A) thinking
B) promoting inflammation
C) bone building
D) shock absorption
Question
This 1-inch section of the brain controls the breathing rhythm and heart rate.

A) temporal lobe
B) hippocampus
C) occipital lobe
D) medulla oblongata
Question
If you go to the refrigerator and reach in to take out a drink, you will not normally fall over because of this part of the brain.

A) pons
B) choroid plexus
C) cerebellum
D) amygdala
Question
The patient is awake many times during brain surgery. In an operation to remove a brain tumor, Dr. Judson accidentally poked a certain area of the cerebrum, whereupon the patient said, "Why is my arm being tickled?" What area was poked?

A) pons
B) occipital lobe
C) primary somatosensory area
D) medulla
Question
Ivana has a rapidly growing brain tumor and must be put on life support because she can no longer maintain appropriate heart and respiratory rates. She is also having trouble maintaining blood pressure. The most likely area that the tumor is affecting is the ________.

A) corpus callosum
B) thalamus
C) occipital lobe
D) medulla oblongata
Question
A very deep groove that runs between the right and left cerebral hemispheres is called the ________.

A) lateral fissure
B) central fissure
C) fissure of Rolando
D) longitudinal fissure
Question
The NFL has stated that about one in four football players will exhibit signs of cognitive impairment as a result of repeated trauma to the brain. Which of the following is a result of such repeated trauma?

A) Brain tissue starts to deteriorate.
B) Abnormal proteins build up in the brain tissue.
C) Neurons in the brain are killed off.
D) All of the above are true.
Question
Dr. Ling, the famous brain surgeon, removes a portion of the skull during surgery. Which of the meninges does she see first?

A) ventricle
B) pia mater
C) dura mater
D) arachnoid
Question
When you ride your bike to class, which area of the cerebrum are you using to move your leg muscles?

A) premotor cortex
B) corpus callosum
C) somatosensory
D) thalamus
Question
Tunde has started to forget where she puts things and often forgets the names of people she has just met. What part of her brain is most likely not performing properly, according to the information in the text?

A) prefrontal cortex
B) hippocampus
C) cerebrum
D) cerebellum
Question
Sam was in a terrible head-on collision. When he recovered from all of the obvious, external injuries, the once affable and happy-go-lucky person had become surly and very unfriendly. Which part of his cerebrum was most likely damaged?

A) prefrontal cortex
B) Broca's area
C) thalamus
D) postcentral gyrus
Question
Wow! That medicine really tasted bitter! In which lobe of the cerebrum did you consciously think about that?

A) frontal
B) occipital
C) temporal
D) parietal
Question
Juanita was in an automobile accident and received a bad bump on her head. Although she had been a slender and calm person, after the accident she began to eat a lot and have emotional ups and downs. Her body temperature also fluctuated more dramatically than in the past. What part of her brain is most likely damaged?

A) cerebellum
B) midbrain
C) hypothalamus
D) fornix
Question
Which of these structures is located under the cerebral hemispheres and is important in sensory experience, motor activity, stimulation of the cerebral cortex, and memory?

A) hypothalamus
B) thalamus
C) pons
D) cerebellum
Question
During an automobile accident, Susan received a serious head injury to the left side. Afterward she had a hard time speaking, although she showed that she understood what was being said to her. Which area of her cerebrum was damaged?

A) occipital lobe
B) frontal lobe
C) temporal lobe
D) medulla oblongata
Question
Which brain structure maintains homeostasis and influences blood pressure, heart rate, digestive activity, breathing rate, and body temperature?

A) hypothalamus
B) medulla oblongata
C) thalamus
D) cerebellum
Question
Heidi injured a ventral root below her ribs. What problem will she likely experience?

A) She will not be able to close her eyes.
B) She will become deaf.
C) She will lose all sense of touch in her abdomen.
D) She will have trouble walking.
Question
As John walked outside the ballpark, a foul ball sailed over the fence and came straight at him. He saw it, and before he could think of what to do, he had reflexively jumped out of the way. What part of the brain saved John from a nasty bump?

A) hypothalamus
B) pons
C) medulla oblongata
D) midbrain
Question
The ________ continually senses and adjusts our body systems to maintain homeostasis.
Question
The ________ is the branch of the peripheral nervous system that is made up of nerves that carry information to and from the CNS, which results in sensations and voluntary movement.
Question
The ________ is responsible for converting information from the short-term to the long-term memory.
Question
Stress, relaxation, hunger, consuming the wrong foods, and too much or too little sleep can contribute to which of the following?

A) stroke
B) coma
C) headache
D) spinal cord injury
Question
When you feel a touch on your arm, the ________ in the cerebrum makes you consciously aware of that sensation.
Question
The brain stores large amounts of information for hours, days, or years. This type of memory is called ________.
Question
The area of the cerebral cortex that sends messages to the skeletal muscles in order to control voluntary movement is known as the ________.
Question
Your neighbor tried to lift a propane tank onto the back of his pickup truck and ruptured the cartilaginous disk between two of his vertebrae. What is most likely to happen to him?

A) He will have bloody stools.
B) He will suffer pain from a compressed spinal nerve.
C) He might have severe brain damage.
D) His spinal nerve cord will enlarge.
Question
You are generally not aware of the texture of the cloth of your shirt as it rests on your shoulders, unless someone or something happens to make you think of it. What part of the brain is responsible for filtering out such stimuli?

A) reticular activating center
B) primary motor area
C) postcentral gyrus
D) cerebellum
Question
Charles is comatose. What part of his brain is not working properly?

A) limbic system
B) reticular activating system
C) corpus callosum
D) amygdala
Question
When our ancestors were confronted by a saber tooth tiger, the ________ nervous system was responsible for "supercharging" their escape, while the ________ nervous system returned the body systems to normal after escaping the danger.
Question
The ________ consists of myelinated axons that conduct impulses over long distances.
Question
Memory, emotions, and thinking about smells are all found in the ________.
Question
The ________ functions as the sensory area for touch, vision, hearing, and olfaction as well as association areas for interpreting sensations, language, thinking, decision making, self-awareness, creativity, and storing memories.
Question
If a certain water-soluble, intravenous antibiotic is not succeeding in defeating the germs inside the central nervous system, the ________ may be preventing the antibiotic from reaching the brain.
Question
A circuit of neurons that helps in the automatic response to a stimulus is a(n) ________.
Question
The thin outer layer (1 to 2 mm thick) of each hemisphere of the brain that serves to increase the surface area by being arranged in a folded manner is called the ________.
Question
Inflammation of the protective coverings of the brain and spinal cord is known as ________.
Question
Professor Morningstar has developed a terrific new antibiotic to be taken orally in water-based syrup, but it is not working against bacterial meningitis. Based on the information in this chapter, can you suggest a reason? Can you suggest a solution to the problem using the information in the textbook?
Question
Shawfiq must have a benign tumor removed from his brain. The surgeon tells him that only local anesthesia will be administered as she cuts through Shawfiq's scalp and that he will remain conscious the whole time. Shawfiq is really nervous about this because the brain seems to be a very sensitive area to have surgery on, particularly while he is wide awake. Explain to him why he shouldn't be so nervous.
Question
An interruption to the blood supply of the brain may cause a(n) ________.
Question
Arnold was involved in a major traffic accident, and some of the nerves in his spinal cord were cut. What are his chances for a full recovery? Please explain your answer.
Question
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Question
Enrique was working with chemicals in a paint factory and suddenly lost the ability to detect odors. Could this loss have anything to do with a failure in the thalamus?
Question
If Georgina takes a drug that increases the effects of norepinephrine, what changes would we see in the basic activities of her body?
Question
While driving down the interstate at rush hour, you get cut off by an 18-wheeler and have to slam on the brakes. In addition to a major case of road rage, you also develop a rapid heart rate and breathing rate. What caused this increase? (Indicate the branch of the nervous system and neurotransmitters.) What is happening to your digestion at this point?
Question
Match between columns
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Sympathetic nervous system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Limbic system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Reticular activating system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Corpus callosum
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Hypothalamus
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Pons
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Thalamus
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Autonomic nervous system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Parasympathetic nervous system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Somatic nervous system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Sympathetic nervous system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Limbic system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Reticular activating system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Corpus callosum
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Hypothalamus
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Pons
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Thalamus
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Autonomic nervous system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Parasympathetic nervous system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Somatic nervous system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Sympathetic nervous system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Limbic system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Reticular activating system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Corpus callosum
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Hypothalamus
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Pons
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Thalamus
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Autonomic nervous system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Parasympathetic nervous system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Somatic nervous system
This portion of the central nervous system governs bodily activities during restful conditions.
Sympathetic nervous system
This portion of the central nervous system governs bodily activities during restful conditions.
Limbic system
This portion of the central nervous system governs bodily activities during restful conditions.
Reticular activating system
This portion of the central nervous system governs bodily activities during restful conditions.
Corpus callosum
This portion of the central nervous system governs bodily activities during restful conditions.
Hypothalamus
This portion of the central nervous system governs bodily activities during restful conditions.
Pons
This portion of the central nervous system governs bodily activities during restful conditions.
Thalamus
This portion of the central nervous system governs bodily activities during restful conditions.
Autonomic nervous system
This portion of the central nervous system governs bodily activities during restful conditions.
Parasympathetic nervous system
This portion of the central nervous system governs bodily activities during restful conditions.
Somatic nervous system
This filters sensory input.
Sympathetic nervous system
This filters sensory input.
Limbic system
This filters sensory input.
Reticular activating system
This filters sensory input.
Corpus callosum
This filters sensory input.
Hypothalamus
This filters sensory input.
Pons
This filters sensory input.
Thalamus
This filters sensory input.
Autonomic nervous system
This filters sensory input.
Parasympathetic nervous system
This filters sensory input.
Somatic nervous system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Sympathetic nervous system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Limbic system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Reticular activating system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Corpus callosum
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Hypothalamus
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Pons
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Thalamus
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Autonomic nervous system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Parasympathetic nervous system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Somatic nervous system
A structure in the brain that bridges the higher and lower brain centers.
Sympathetic nervous system
A structure in the brain that bridges the higher and lower brain centers.
Limbic system
A structure in the brain that bridges the higher and lower brain centers.
Reticular activating system
A structure in the brain that bridges the higher and lower brain centers.
Corpus callosum
A structure in the brain that bridges the higher and lower brain centers.
Hypothalamus
A structure in the brain that bridges the higher and lower brain centers.
Pons
A structure in the brain that bridges the higher and lower brain centers.
Thalamus
A structure in the brain that bridges the higher and lower brain centers.
Autonomic nervous system
A structure in the brain that bridges the higher and lower brain centers.
Parasympathetic nervous system
A structure in the brain that bridges the higher and lower brain centers.
Somatic nervous system
Confronting danger will cause this part of the autonomic nervous system to become active.
Sympathetic nervous system
Confronting danger will cause this part of the autonomic nervous system to become active.
Limbic system
Confronting danger will cause this part of the autonomic nervous system to become active.
Reticular activating system
Confronting danger will cause this part of the autonomic nervous system to become active.
Corpus callosum
Confronting danger will cause this part of the autonomic nervous system to become active.
Hypothalamus
Confronting danger will cause this part of the autonomic nervous system to become active.
Pons
Confronting danger will cause this part of the autonomic nervous system to become active.
Thalamus
Confronting danger will cause this part of the autonomic nervous system to become active.
Autonomic nervous system
Confronting danger will cause this part of the autonomic nervous system to become active.
Parasympathetic nervous system
Confronting danger will cause this part of the autonomic nervous system to become active.
Somatic nervous system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Sympathetic nervous system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Limbic system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Reticular activating system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Corpus callosum
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Hypothalamus
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Pons
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Thalamus
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Autonomic nervous system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Parasympathetic nervous system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Somatic nervous system
A tumor here may cause you to eat either too much or too little.
Sympathetic nervous system
A tumor here may cause you to eat either too much or too little.
Limbic system
A tumor here may cause you to eat either too much or too little.
Reticular activating system
A tumor here may cause you to eat either too much or too little.
Corpus callosum
A tumor here may cause you to eat either too much or too little.
Hypothalamus
A tumor here may cause you to eat either too much or too little.
Pons
A tumor here may cause you to eat either too much or too little.
Thalamus
A tumor here may cause you to eat either too much or too little.
Autonomic nervous system
A tumor here may cause you to eat either too much or too little.
Parasympathetic nervous system
A tumor here may cause you to eat either too much or too little.
Somatic nervous system
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Deck 9: The Nervous System
1
Fred has been diagnosed with a disease that causes him to forget that his relatives have been to see him. What parts of his brain are likely affected, given this information?

A) hippocampus and amygdala
B) medulla oblongata and thalamus
C) corpus callosum and pons
D) cerebellum and midbrain
A
2
Which of the following can be defined as a collection of structures involved in emotions and memory?

A) CNS
B) limbic system
C) autonomic system
D) parasympathetic system
B
3
Gustav heard that a new sports drink would bulk up his muscles. He was worried that the stuff would contain steroids but was assured by his coach that it did not. He tried small amounts at first but then became impatient for results and drank a lot. He collapsed and was rushed to the emergency room with a high temperature. Using the information in this chapter, which part of the brain was most affected?

A) cerebrum
B) hypothalamus
C) pons
D) insula
B
4
Two of the divisions of the nervous system are nerves that control voluntary actions and nerves that control involuntary actions. These nerves are both found in the ________ nervous system.

A) central
B) somatic
C) peripheral
D) spinal
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5
Which of the following is a specific function of the cerebrospinal fluid?

A) thinking
B) promoting inflammation
C) bone building
D) shock absorption
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6
This 1-inch section of the brain controls the breathing rhythm and heart rate.

A) temporal lobe
B) hippocampus
C) occipital lobe
D) medulla oblongata
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7
If you go to the refrigerator and reach in to take out a drink, you will not normally fall over because of this part of the brain.

A) pons
B) choroid plexus
C) cerebellum
D) amygdala
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8
The patient is awake many times during brain surgery. In an operation to remove a brain tumor, Dr. Judson accidentally poked a certain area of the cerebrum, whereupon the patient said, "Why is my arm being tickled?" What area was poked?

A) pons
B) occipital lobe
C) primary somatosensory area
D) medulla
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9
Ivana has a rapidly growing brain tumor and must be put on life support because she can no longer maintain appropriate heart and respiratory rates. She is also having trouble maintaining blood pressure. The most likely area that the tumor is affecting is the ________.

A) corpus callosum
B) thalamus
C) occipital lobe
D) medulla oblongata
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10
A very deep groove that runs between the right and left cerebral hemispheres is called the ________.

A) lateral fissure
B) central fissure
C) fissure of Rolando
D) longitudinal fissure
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11
The NFL has stated that about one in four football players will exhibit signs of cognitive impairment as a result of repeated trauma to the brain. Which of the following is a result of such repeated trauma?

A) Brain tissue starts to deteriorate.
B) Abnormal proteins build up in the brain tissue.
C) Neurons in the brain are killed off.
D) All of the above are true.
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12
Dr. Ling, the famous brain surgeon, removes a portion of the skull during surgery. Which of the meninges does she see first?

A) ventricle
B) pia mater
C) dura mater
D) arachnoid
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13
When you ride your bike to class, which area of the cerebrum are you using to move your leg muscles?

A) premotor cortex
B) corpus callosum
C) somatosensory
D) thalamus
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14
Tunde has started to forget where she puts things and often forgets the names of people she has just met. What part of her brain is most likely not performing properly, according to the information in the text?

A) prefrontal cortex
B) hippocampus
C) cerebrum
D) cerebellum
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15
Sam was in a terrible head-on collision. When he recovered from all of the obvious, external injuries, the once affable and happy-go-lucky person had become surly and very unfriendly. Which part of his cerebrum was most likely damaged?

A) prefrontal cortex
B) Broca's area
C) thalamus
D) postcentral gyrus
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16
Wow! That medicine really tasted bitter! In which lobe of the cerebrum did you consciously think about that?

A) frontal
B) occipital
C) temporal
D) parietal
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17
Juanita was in an automobile accident and received a bad bump on her head. Although she had been a slender and calm person, after the accident she began to eat a lot and have emotional ups and downs. Her body temperature also fluctuated more dramatically than in the past. What part of her brain is most likely damaged?

A) cerebellum
B) midbrain
C) hypothalamus
D) fornix
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18
Which of these structures is located under the cerebral hemispheres and is important in sensory experience, motor activity, stimulation of the cerebral cortex, and memory?

A) hypothalamus
B) thalamus
C) pons
D) cerebellum
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19
During an automobile accident, Susan received a serious head injury to the left side. Afterward she had a hard time speaking, although she showed that she understood what was being said to her. Which area of her cerebrum was damaged?

A) occipital lobe
B) frontal lobe
C) temporal lobe
D) medulla oblongata
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20
Which brain structure maintains homeostasis and influences blood pressure, heart rate, digestive activity, breathing rate, and body temperature?

A) hypothalamus
B) medulla oblongata
C) thalamus
D) cerebellum
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k this deck
21
Heidi injured a ventral root below her ribs. What problem will she likely experience?

A) She will not be able to close her eyes.
B) She will become deaf.
C) She will lose all sense of touch in her abdomen.
D) She will have trouble walking.
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22
As John walked outside the ballpark, a foul ball sailed over the fence and came straight at him. He saw it, and before he could think of what to do, he had reflexively jumped out of the way. What part of the brain saved John from a nasty bump?

A) hypothalamus
B) pons
C) medulla oblongata
D) midbrain
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23
The ________ continually senses and adjusts our body systems to maintain homeostasis.
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24
The ________ is the branch of the peripheral nervous system that is made up of nerves that carry information to and from the CNS, which results in sensations and voluntary movement.
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25
The ________ is responsible for converting information from the short-term to the long-term memory.
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26
Stress, relaxation, hunger, consuming the wrong foods, and too much or too little sleep can contribute to which of the following?

A) stroke
B) coma
C) headache
D) spinal cord injury
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27
When you feel a touch on your arm, the ________ in the cerebrum makes you consciously aware of that sensation.
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28
The brain stores large amounts of information for hours, days, or years. This type of memory is called ________.
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29
The area of the cerebral cortex that sends messages to the skeletal muscles in order to control voluntary movement is known as the ________.
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30
Your neighbor tried to lift a propane tank onto the back of his pickup truck and ruptured the cartilaginous disk between two of his vertebrae. What is most likely to happen to him?

A) He will have bloody stools.
B) He will suffer pain from a compressed spinal nerve.
C) He might have severe brain damage.
D) His spinal nerve cord will enlarge.
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Unlock for access to all 49 flashcards in this deck.
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31
You are generally not aware of the texture of the cloth of your shirt as it rests on your shoulders, unless someone or something happens to make you think of it. What part of the brain is responsible for filtering out such stimuli?

A) reticular activating center
B) primary motor area
C) postcentral gyrus
D) cerebellum
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32
Charles is comatose. What part of his brain is not working properly?

A) limbic system
B) reticular activating system
C) corpus callosum
D) amygdala
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33
When our ancestors were confronted by a saber tooth tiger, the ________ nervous system was responsible for "supercharging" their escape, while the ________ nervous system returned the body systems to normal after escaping the danger.
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34
The ________ consists of myelinated axons that conduct impulses over long distances.
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35
Memory, emotions, and thinking about smells are all found in the ________.
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36
The ________ functions as the sensory area for touch, vision, hearing, and olfaction as well as association areas for interpreting sensations, language, thinking, decision making, self-awareness, creativity, and storing memories.
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37
If a certain water-soluble, intravenous antibiotic is not succeeding in defeating the germs inside the central nervous system, the ________ may be preventing the antibiotic from reaching the brain.
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38
A circuit of neurons that helps in the automatic response to a stimulus is a(n) ________.
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39
The thin outer layer (1 to 2 mm thick) of each hemisphere of the brain that serves to increase the surface area by being arranged in a folded manner is called the ________.
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40
Inflammation of the protective coverings of the brain and spinal cord is known as ________.
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41
Professor Morningstar has developed a terrific new antibiotic to be taken orally in water-based syrup, but it is not working against bacterial meningitis. Based on the information in this chapter, can you suggest a reason? Can you suggest a solution to the problem using the information in the textbook?
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42
Shawfiq must have a benign tumor removed from his brain. The surgeon tells him that only local anesthesia will be administered as she cuts through Shawfiq's scalp and that he will remain conscious the whole time. Shawfiq is really nervous about this because the brain seems to be a very sensitive area to have surgery on, particularly while he is wide awake. Explain to him why he shouldn't be so nervous.
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43
An interruption to the blood supply of the brain may cause a(n) ________.
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44
Arnold was involved in a major traffic accident, and some of the nerves in his spinal cord were cut. What are his chances for a full recovery? Please explain your answer.
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45
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
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46
Enrique was working with chemicals in a paint factory and suddenly lost the ability to detect odors. Could this loss have anything to do with a failure in the thalamus?
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47
If Georgina takes a drug that increases the effects of norepinephrine, what changes would we see in the basic activities of her body?
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48
While driving down the interstate at rush hour, you get cut off by an 18-wheeler and have to slam on the brakes. In addition to a major case of road rage, you also develop a rapid heart rate and breathing rate. What caused this increase? (Indicate the branch of the nervous system and neurotransmitters.) What is happening to your digestion at this point?
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49
Match between columns
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Sympathetic nervous system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Limbic system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Reticular activating system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Corpus callosum
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Hypothalamus
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Pons
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Thalamus
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Autonomic nervous system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Parasympathetic nervous system
This part of the peripheral nervous system regulates involuntary body functions, heart rate, and breathing rate.
Somatic nervous system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Sympathetic nervous system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Limbic system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Reticular activating system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Corpus callosum
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Hypothalamus
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Pons
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Thalamus
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Autonomic nervous system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Parasympathetic nervous system
This is a group of brain structures that helps us to experience feelings such as joy, fear, and anger.
Somatic nervous system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Sympathetic nervous system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Limbic system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Reticular activating system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Corpus callosum
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Hypothalamus
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Pons
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Thalamus
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Autonomic nervous system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Parasympathetic nervous system
A portion of the brain that processes all sensory information except olfaction and relays information to the appropriate higher brain centers.
Somatic nervous system
This portion of the central nervous system governs bodily activities during restful conditions.
Sympathetic nervous system
This portion of the central nervous system governs bodily activities during restful conditions.
Limbic system
This portion of the central nervous system governs bodily activities during restful conditions.
Reticular activating system
This portion of the central nervous system governs bodily activities during restful conditions.
Corpus callosum
This portion of the central nervous system governs bodily activities during restful conditions.
Hypothalamus
This portion of the central nervous system governs bodily activities during restful conditions.
Pons
This portion of the central nervous system governs bodily activities during restful conditions.
Thalamus
This portion of the central nervous system governs bodily activities during restful conditions.
Autonomic nervous system
This portion of the central nervous system governs bodily activities during restful conditions.
Parasympathetic nervous system
This portion of the central nervous system governs bodily activities during restful conditions.
Somatic nervous system
This filters sensory input.
Sympathetic nervous system
This filters sensory input.
Limbic system
This filters sensory input.
Reticular activating system
This filters sensory input.
Corpus callosum
This filters sensory input.
Hypothalamus
This filters sensory input.
Pons
This filters sensory input.
Thalamus
This filters sensory input.
Autonomic nervous system
This filters sensory input.
Parasympathetic nervous system
This filters sensory input.
Somatic nervous system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Sympathetic nervous system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Limbic system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Reticular activating system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Corpus callosum
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Hypothalamus
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Pons
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Thalamus
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Autonomic nervous system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Parasympathetic nervous system
Tissue located within the brain that allows the left and right cerebral hemispheres to communicate with one another.
Somatic nervous system
A structure in the brain that bridges the higher and lower brain centers.
Sympathetic nervous system
A structure in the brain that bridges the higher and lower brain centers.
Limbic system
A structure in the brain that bridges the higher and lower brain centers.
Reticular activating system
A structure in the brain that bridges the higher and lower brain centers.
Corpus callosum
A structure in the brain that bridges the higher and lower brain centers.
Hypothalamus
A structure in the brain that bridges the higher and lower brain centers.
Pons
A structure in the brain that bridges the higher and lower brain centers.
Thalamus
A structure in the brain that bridges the higher and lower brain centers.
Autonomic nervous system
A structure in the brain that bridges the higher and lower brain centers.
Parasympathetic nervous system
A structure in the brain that bridges the higher and lower brain centers.
Somatic nervous system
Confronting danger will cause this part of the autonomic nervous system to become active.
Sympathetic nervous system
Confronting danger will cause this part of the autonomic nervous system to become active.
Limbic system
Confronting danger will cause this part of the autonomic nervous system to become active.
Reticular activating system
Confronting danger will cause this part of the autonomic nervous system to become active.
Corpus callosum
Confronting danger will cause this part of the autonomic nervous system to become active.
Hypothalamus
Confronting danger will cause this part of the autonomic nervous system to become active.
Pons
Confronting danger will cause this part of the autonomic nervous system to become active.
Thalamus
Confronting danger will cause this part of the autonomic nervous system to become active.
Autonomic nervous system
Confronting danger will cause this part of the autonomic nervous system to become active.
Parasympathetic nervous system
Confronting danger will cause this part of the autonomic nervous system to become active.
Somatic nervous system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Sympathetic nervous system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Limbic system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Reticular activating system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Corpus callosum
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Hypothalamus
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Pons
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Thalamus
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Autonomic nervous system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Parasympathetic nervous system
This part of the peripheral nervous system carries sensory information from the skin, skeletal muscles, and joints to the central nervous system and may also direct voluntary movements.
Somatic nervous system
A tumor here may cause you to eat either too much or too little.
Sympathetic nervous system
A tumor here may cause you to eat either too much or too little.
Limbic system
A tumor here may cause you to eat either too much or too little.
Reticular activating system
A tumor here may cause you to eat either too much or too little.
Corpus callosum
A tumor here may cause you to eat either too much or too little.
Hypothalamus
A tumor here may cause you to eat either too much or too little.
Pons
A tumor here may cause you to eat either too much or too little.
Thalamus
A tumor here may cause you to eat either too much or too little.
Autonomic nervous system
A tumor here may cause you to eat either too much or too little.
Parasympathetic nervous system
A tumor here may cause you to eat either too much or too little.
Somatic nervous system
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