Lesson 3.2.3.1.1
3.2.3.1.1 Central and peripheral (somatic and autonomic) nervous systems Quiz: AQA Psychology, Unit 7
20 questions
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Lesson 3.2.3.1.1, Central and peripheral (somatic and autonomic) nervous systems: 20 multiple choice questions for the AQA GCSE Psychology (8182), Unit 7: Brain and neuropsychology, written with Revision Ninja.
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The 20 questions
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Which two parts make up the central nervous system?
- The brain and the autonomic nerves that run to the heart and lungs
- The spinal cord and the somatic nerves that run to the skeletal muscles
- The brain and the spinal cord
- The sensory neurons and the motor neurons that connect to the skin and eyes
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What does the peripheral nervous system include?
- Only the brain and spinal cord, which carry all messages around the body
- All nerves outside the brain and spinal cord, including the somatic and autonomic divisions
- Only the autonomic nerves that control the heart, lungs and digestion
- Only the sensory nerves that carry information from the eyes, ears and skin
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Which division of the peripheral nervous system controls voluntary movement of skeletal muscles?
- The somatic nervous system, which carries messages to skeletal muscles we control on purpose
- The sympathetic nervous system, which carries messages to the heart to speed up its beat
- The central nervous system, which carries messages from the brain down to the spinal cord
- The autonomic nervous system, which carries messages to glands and smooth muscle without control
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What is a basic function of the autonomic nervous system?
- Controlling voluntary processes such as walking, writing and speaking, which need conscious decisions
- Controlling the thinking and memory processes of the cerebrum needed for planning
- Controlling sensory input from the eyes and ears, so sight and sound reach the brain
- Controlling involuntary processes such as heart rate, breathing and digestion, without conscious effort
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A person's heart rate increases when they receive bad news. Which system is most directly responsible?
- The somatic nervous system, which adjusts heart rate by sending voluntary commands to the heart
- The sensory neurons alone, which change heart rate by sending messages from the skin
- The central nervous system alone, which controls every heartbeat through conscious thought
- The autonomic nervous system, which adjusts heart rate without the person deciding to change it
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Which is the best description of the central nervous system's role?
- It exists only in the spinal cord, and the brain has no role in nervous system function
- It carries only sensory messages from receptors and does no processing at any point in that setting
- It is responsible only for reflex actions, such as pulling a hand away from heat before thought
- It processes information and coordinates the body's responses, as the control centre of the system
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Which of these is part of the somatic division?
- Sensory and motor nerves linking the skin, muscles and sense organs to the central system
- Nerves linking the pupils to the brain, adjusting pupil size in dim light
- Nerves linking the stomach and intestines to the central system, controlling digestion
- Nerves linking the adrenal glands to the heart, speeding it up in response to stress in daily life
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Which pair correctly matches a division with a function?
- Central: sensory input from the skin only
- Autonomic: voluntary control of skeletal muscles
- Somatic: involuntary control of internal organs in daily life
- Autonomic: involuntary control of internal organs
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Which statement about the peripheral nervous system is correct?
- It links the central nervous system to the rest of the body, carrying messages in both directions
- It carries messages only from the brain to the body, never from the body back to the brain
- It works alone without any link to the brain or spinal cord, so messages stay in the limbs
- It is made up of the brain and spinal cord, which link the body to the outside world
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What does 'voluntary' mean in the somatic system?
- Under the control of hormones alone, which act slowly over several hours in the blood
- Under conscious control, so the person decides to move the muscle when they choose
- Under the control of the spinal cord only, with no involvement from the brain
- Under automatic control, so the body moves without any decision by the person
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Which situation involves the somatic division?
- Deciding to pick up a cup and moving the arm and fingers to grasp it
- The heart beating faster during a sudden fright, without a conscious decision
- The pupils narrowing in bright sunlight, without any decision by the person
- The stomach churning after a large meal, without any conscious control
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Which is an example of an involuntary action?
- Playing a musical instrument, which requires deliberate control of each finger
- Writing a letter to a friend, which requires a decision to move the hand across the page
- Breathing while asleep, which continues automatically without deciding each breath
- Kicking a ball across a field, which needs a conscious choice to strike it accurately
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Why are sensory and motor neurons both part of the peripheral nervous system?
- Because they carry messages only inside the spinal cord, away from the rest of the body
- Because they carry messages between the central system and the body's sense organs and muscles
- Because they are found only in the brain, where they process all messages from the body
- Because they never carry messages, but store the body's information in long-term memory
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Which two divisions make up the peripheral nervous system?
- The central and somatic divisions
- The autonomic and parasympathetic divisions only
- The sensory and motor divisions
- The somatic and autonomic divisions
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A patient cannot move their leg after an injury to the spinal cord, but they can still feel it. Which conclusion is most reasonable?
- Some connections between the spinal cord and the leg are disrupted, while sensory pathways may still work
- The leg has been removed from the nervous system, so it cannot send or receive any messages
- The autonomic system has taken over the leg, which moves only when the heart beats faster
- The brain has stopped working completely, so the leg cannot feel anything at all
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Which is a function of the peripheral nervous system's sensory neurons?
- Carrying information from receptors such as the skin, eyes and ears towards the central system
- Storing information about the environment in the spinal cord for later use by the brain
- Carrying information from the central system to the skin, eyes and ears for storage in memory
- Carrying commands from the central system to glands and muscles that respond to the environment
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Which feature best distinguishes the autonomic nervous system from the somatic system?
- The autonomic system is part of the brain, while the somatic system is found only in the spinal cord
- The autonomic system controls involuntary functions, while the somatic system controls voluntary skeletal muscle
- The autonomic system controls voluntary movement, while the somatic system controls involuntary organs
- The autonomic system carries only sensory messages, while the somatic system carries only motor messages
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Which term means relating to the brain and spinal cord together?
- Autonomic, as in the nerves that control involuntary functions such as heart rate
- Central, as in the central nervous system made up of the brain and spinal cord
- Peripheral, as in the nerves lying outside the brain and spinal cord throughout the body
- Somatic, as in the nerves that carry voluntary commands to the skeletal muscles
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A nerve carries messages to the heart to slow it down. Which division is it part of?
- The somatic division of the peripheral nervous system, which controls heart rate by voluntary effort
- The sensory division of the central nervous system, which carries heart rate information to the spinal cord
- The autonomic division of the peripheral nervous system, which controls heart rate without conscious effort
- The central nervous system, which controls heart rate only when the brain is fully awake
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Explain why the nervous system is described as one integrated system despite its divisions.
- Its parts work separately, with each division acting alone and never sharing messages
- Its parts are identical in structure and function, so no division differs from the others
- Its parts work together, with the central system coordinating messages to and from the peripheral system
- Its parts operate only during sleep, when the brain and body rest from conscious activity
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