1. The document contains multiple choice questions about the nervous system and neuroscience. It covers topics like the basic structure and function of neurons, neurotransmitters, and how electrical and chemical signals are transmitted in the nervous system.
2. Specific questions define key terms like the soma, dendrites, axon, myelin sheath, and neurotransmitters. Other questions test understanding of how conditions like multiple sclerosis and Parkinson's disease relate to changes in the nervous system.
3. The questions assess knowledge of the signaling processes involved in neuron communication both within and between cells, including the roles of electrical and chemical signaling. Overall, the document examines foundational concepts in neuroscience and the nervous system.
Physiology of Behavior 10th Edition Carlson Test BankWilliamNoels
Full download : https://alibabadownload.com/product/physiology-of-behavior-10th-edition-carlson-test-bank/ Physiology of Behavior 10th Edition Carlson Test Bank , Physiology of Behavior,Carlson,10th Edition,Test Bank
Physiology of Behavior 12th Edition Carlson Test BankTarikHoward
Glial cells
Skill: Factual
LO 2.3 Describe the functions of glial cells.
Answer: b. glial or neuroglial
2-30. Which of the following is NOT a type of glial cell?
a. Astrocyte
b. Microglia
c. Oligodendrocyte
d. Schwann cell
e. Ependymal cell
Difficulty: 2
Page Ref: 29
Topic: Glial Cells
Skill: Factual
LO 2.3 Describe the functions of glial cells.
Answer: d. Schwann cell
2-31. Glial cells that wrap around axons in the central nervous system are called
Test Bank for Understanding Psychology 10th Edition by MorrisMerrillCombsss
Full download : http://downloadlink.org/p/test-bank-for-understanding-psychology-10th-edition-by-morris/ Test Bank for Understanding Psychology 10th Edition by Morris
To play linked videos and animations correctly in this presentation, the latest versions of QuickTime and Flash Player must be installed. QuickTime can be downloaded from http://www.apple.com/quicktime/download/ and Flash Player can be downloaded from http://get.adobe.com/flashplayer/. QuickTime needs to be set as the default program to open .mov files and Flash needs to be set as the default for .swf files.
Test bank for karp s cell and molecular biology 9th edition by gerald karp.pdfrightmanforbloodline
Test bank for karp s cell and molecular biology 9th edition by gerald karp.pdf
Test bank for karp s cell and molecular biology 9th edition by gerald karp.pdf
Test bank for karp s cell and molecular biology 9th edition by gerald karp.pdf
This document provides an overview of the structures and processes involved in genetic transmission and the evolution of the human brain. It discusses genes, chromosomes, DNA, proteins, dominant and recessive genes, and the evolution of the human brain. It also summarizes neurons, their structure and function, communication between neurons, and reflex responses. The central and peripheral nervous systems and their subdivisions are outlined. Technologies for studying the living brain like MRI, fMRI, PET scans, EEG, stem cells research, and brain stimulation are described. The major parts and lobes of the brain are identified along with the limbic system and lateralization of brain functions. The key elements of the endocrine system are located and how hormones regulate behavior is discussed.
This document appears to be a test for a Life Science class covering topics related to the nervous system. It contains 25 multiple choice questions testing knowledge of topics like sensory pathways, the central nervous system, neurons, and neurotransmitters. It also includes short answer questions requiring students to label diagrams, define terms, distinguish between types of depression, and explain concepts like the chemical transmission of signals across synapses.
1 Define dendrites and axons How do dendrites differ from .pdfabiyamobilesmdu
1. Define dendrites and axons. How do dendrites differ from axons? Please list them all.
2. Name the functions of axons.
4. Name the functions and location of a neuron.
5. How are the Glial cells significant to a neuron?
6. True or False. The gray matter is composed of bundles of axons.
7. Define the following terms.
Myelin:
Oligodendrocytes:
Schwann cells:
8. are gaps in the myelin sheath between adjacent Schwann cells. These are
also widely spaced.
9. What is the function of the myelin sheath for the axons?
10. What is the function of Schwann cells and where are they located?
11. In the axons of the Central Nervous System, myelin sheaths are formed by .
12. In the Peripheral Nervous System, myelin sheaths are formed by .
13. The regions of the brain and the spinal cord are known as the White matter and the Gray
matter. True or False. The White matter is dense of collections of myelinated fibers while
the Gray matter is where the soma is located and it contains unmyelinated fibers.
14. Define synapse. What does it consist of?
15. At -70mV, ______________________ is said to be reached thus creating an action
potential.
16. An action potential is created by the inflow of this major cation ______________ and
outflow of this major cation ______________ across the cell membrane.
17. The area of a neuron that receives an electrical impulse is known as a(n)
_________________________.
18. The next area the impulse will travel thru is the body of. In a neuron this is referred to as
what? ________________________________.
19. After passing through the body of the cell, the electrical impulse will exit the neuron
through a(n) __________________________.
20. Electrical impulses travel through neurons quickly because of what insulating feature
specific to the nervous system? ________________________________________
21. The feature from Question 1 above is made of specific cells called
_____________________________.
22. Of the two types of insulating cells discussed, Oligodendrocites are associated with the
Central Nervous System and _________________________ are associated with the
Peripheral Nervous System.
23. The gaps on a neuron that have no insulation are called what?
__________________________________________________
24. Which of the following is branched when referring to the neuron? Choose one answer
from A)Axon B) Dendrite C) Schwann Cells
25. List all the ways oligodendrocytes differ from Schwann Cells in what ways?
26. True of false: Action potentials are a result of the entire axon depolarizing at once.
27. The reason action potentials travel faster along myelinated axons as opposed to
unmyelinated axons is that: Choose the correct answer:
A) saltation
B) a domino-like depolarization of the axon without cessation.
C) myelin allows the action potential to travel along the axon without depolarization,
except at the Nodes of Ranvier.
D) Both A and B
E) Both A and C
28. Axon terminals communicate with the dendrites of other neurons via
__________.
Physiology of Behavior 10th Edition Carlson Test BankWilliamNoels
Full download : https://alibabadownload.com/product/physiology-of-behavior-10th-edition-carlson-test-bank/ Physiology of Behavior 10th Edition Carlson Test Bank , Physiology of Behavior,Carlson,10th Edition,Test Bank
Physiology of Behavior 12th Edition Carlson Test BankTarikHoward
Glial cells
Skill: Factual
LO 2.3 Describe the functions of glial cells.
Answer: b. glial or neuroglial
2-30. Which of the following is NOT a type of glial cell?
a. Astrocyte
b. Microglia
c. Oligodendrocyte
d. Schwann cell
e. Ependymal cell
Difficulty: 2
Page Ref: 29
Topic: Glial Cells
Skill: Factual
LO 2.3 Describe the functions of glial cells.
Answer: d. Schwann cell
2-31. Glial cells that wrap around axons in the central nervous system are called
Test Bank for Understanding Psychology 10th Edition by MorrisMerrillCombsss
Full download : http://downloadlink.org/p/test-bank-for-understanding-psychology-10th-edition-by-morris/ Test Bank for Understanding Psychology 10th Edition by Morris
To play linked videos and animations correctly in this presentation, the latest versions of QuickTime and Flash Player must be installed. QuickTime can be downloaded from http://www.apple.com/quicktime/download/ and Flash Player can be downloaded from http://get.adobe.com/flashplayer/. QuickTime needs to be set as the default program to open .mov files and Flash needs to be set as the default for .swf files.
Test bank for karp s cell and molecular biology 9th edition by gerald karp.pdfrightmanforbloodline
Test bank for karp s cell and molecular biology 9th edition by gerald karp.pdf
Test bank for karp s cell and molecular biology 9th edition by gerald karp.pdf
Test bank for karp s cell and molecular biology 9th edition by gerald karp.pdf
This document provides an overview of the structures and processes involved in genetic transmission and the evolution of the human brain. It discusses genes, chromosomes, DNA, proteins, dominant and recessive genes, and the evolution of the human brain. It also summarizes neurons, their structure and function, communication between neurons, and reflex responses. The central and peripheral nervous systems and their subdivisions are outlined. Technologies for studying the living brain like MRI, fMRI, PET scans, EEG, stem cells research, and brain stimulation are described. The major parts and lobes of the brain are identified along with the limbic system and lateralization of brain functions. The key elements of the endocrine system are located and how hormones regulate behavior is discussed.
This document appears to be a test for a Life Science class covering topics related to the nervous system. It contains 25 multiple choice questions testing knowledge of topics like sensory pathways, the central nervous system, neurons, and neurotransmitters. It also includes short answer questions requiring students to label diagrams, define terms, distinguish between types of depression, and explain concepts like the chemical transmission of signals across synapses.
1 Define dendrites and axons How do dendrites differ from .pdfabiyamobilesmdu
1. Define dendrites and axons. How do dendrites differ from axons? Please list them all.
2. Name the functions of axons.
4. Name the functions and location of a neuron.
5. How are the Glial cells significant to a neuron?
6. True or False. The gray matter is composed of bundles of axons.
7. Define the following terms.
Myelin:
Oligodendrocytes:
Schwann cells:
8. are gaps in the myelin sheath between adjacent Schwann cells. These are
also widely spaced.
9. What is the function of the myelin sheath for the axons?
10. What is the function of Schwann cells and where are they located?
11. In the axons of the Central Nervous System, myelin sheaths are formed by .
12. In the Peripheral Nervous System, myelin sheaths are formed by .
13. The regions of the brain and the spinal cord are known as the White matter and the Gray
matter. True or False. The White matter is dense of collections of myelinated fibers while
the Gray matter is where the soma is located and it contains unmyelinated fibers.
14. Define synapse. What does it consist of?
15. At -70mV, ______________________ is said to be reached thus creating an action
potential.
16. An action potential is created by the inflow of this major cation ______________ and
outflow of this major cation ______________ across the cell membrane.
17. The area of a neuron that receives an electrical impulse is known as a(n)
_________________________.
18. The next area the impulse will travel thru is the body of. In a neuron this is referred to as
what? ________________________________.
19. After passing through the body of the cell, the electrical impulse will exit the neuron
through a(n) __________________________.
20. Electrical impulses travel through neurons quickly because of what insulating feature
specific to the nervous system? ________________________________________
21. The feature from Question 1 above is made of specific cells called
_____________________________.
22. Of the two types of insulating cells discussed, Oligodendrocites are associated with the
Central Nervous System and _________________________ are associated with the
Peripheral Nervous System.
23. The gaps on a neuron that have no insulation are called what?
__________________________________________________
24. Which of the following is branched when referring to the neuron? Choose one answer
from A)Axon B) Dendrite C) Schwann Cells
25. List all the ways oligodendrocytes differ from Schwann Cells in what ways?
26. True of false: Action potentials are a result of the entire axon depolarizing at once.
27. The reason action potentials travel faster along myelinated axons as opposed to
unmyelinated axons is that: Choose the correct answer:
A) saltation
B) a domino-like depolarization of the axon without cessation.
C) myelin allows the action potential to travel along the axon without depolarization,
except at the Nodes of Ranvier.
D) Both A and B
E) Both A and C
28. Axon terminals communicate with the dendrites of other neurons via
__________.
1- The basic functional unit of the nervous system is the neuron- What.docxtoddr5
1. The basic functional unit of the nervous system is the neuron. What is the major function of this cell type? 2. Match each statement with the correct type of neuroglia by filling in the blank. 1. forms the myelin sheath in the CNS 2. lines CSF-filled cavities 3. surrounds the cell body of a neuron found in the PNS 4. act as a phagocyte in the CNS 5. forms the myelin sheath in the PNS 6. controls the chemical environment around neurons in the CNS 3. Match each description with a term from the key. Key: a. afferent neuron e. interneuron i. nucleus b. central nervous system f. netroglia j. peripheral nervous system c. efferent neuron g. neurotransmitters k. synaptic cleft d. ganglion h. nerve l. tract 1. the brain and spinal cord collectively 2. specialized supporting cells in the nervous system 3. junction or point of close contact between neurons 4. a bundle of axons inside the PNS 5. neuron serving as part of the conduction pathway between sensory and motor neurons 6. ganglia and spinal and cranial nerves 7. collection of neuron cell bodies found within the CNS 8. neuron that conducts impulses away from the CNS to muscles and glands 9. neuron that conducts impulses toward the CNS from the body periphery 10. chemicals released by neurons that stimulate or inhibit other neurons or effectors 11. collection of neuron cell bodies found in the PNS 12. bundle of axons inside the CNS 4. Match the following anatomical terms (column B) with the appropriate description or function (column A). Column A Column B 1. region of the cell body from which the axon originates a. axon 2. secretes neurotransmitters b. axon terminal 3. receptive regions of a neuron ( 2 terms) c. axon hillock 4. insulates the nerve fibers d. cell body 5. site of the nucleus and most important metabolic area f. chromatophilic substance 6. involved in the transport of substances within the neuron g. dendrite 7. essentially rough endoplasmic reticulum, important metabolically h. myelin sheath i. neurofibril 8. impulse generator and transmitter 5. Label the following structures on the diagram of a multipolar neuron shown below: cell body, nucleus, nucleolus, chromatophilic substance, dendrites, initial segment of axon, myelin sheath, myelin sheath gaps, and axon terminals. 6. What substance is found in synaptic vesicles of the axon terminal? 7. What anatomical characteristic determines whether a particular neuron is classified as unipolar, bipolar, or multipolar? Make a simple line drawing of each type here. Unipolar neuron Bipolar neuron Multipolar neuron 8. Correctly identify the sensory (afferent) neuron, interneuron, and motor (efferent) neuron in the figure below. Which of these neuron types is/are unipolar? Which is/are most likely multipolar? 9. Describe how the Schwann cells form the myelin sheath encasing the nerve fibers. Structure of a Nerve 11. State the location of each of the following connective tissue coverings. endoneurium: perineurium: epineurium: 12. What is the fu.
test bank Fundamentals of Human Neuropsychology, 8e Bryan Kolb, Ian Whishaw t...NailBasko
This document appears to be multiple choice questions from a chapter on neuropsychology. It covers topics like the structures of the brain like the corpus callosum, brain lateralization and localization of function from studies of patients with brain damage, theories of mind-body dualism vs materialism, and evolutionary approaches to understanding the nervous system.
This document provides a 20 question quiz on topics covered in PSY140 Module 2, which examines the biological basis of psychology. Specifically, it covers material on brain lateralization, the structure and function of neurons and nerves, gender differences, evolution, and culture. For each multiple choice question, it lists the learning objectives and provides a hint to the page number in the textbook where the relevant information can be found. It also includes links to additional learning materials and assignments for the course.
This document provides an overview of the course materials for PSY 340 Biological Foundations in Psychology. It includes tutorials, quizzes, assignments, and presentations on topics like the neurological structure and function, sensory systems, regulatory behaviors, sleep deprivation, brain lateralization and language, and learning and memory. Students are asked to complete interactive activities, write papers, and develop multimedia projects exploring the biological basis of psychology.
This summary provides an overview of the key points from the document:
1) The document discusses the cells of the nervous system, including neurons and glia. It describes the major components of neurons like dendrites, soma, axon, and presynaptic terminals.
2) Details are given about the structure and function of different types of glia cells, including astrocytes, microglia, oligodendrocytes, and Schwann cells.
3) The mechanism of the nerve impulse is explained, including the resting potential of neurons and how an electrical gradient is maintained across the neuron membrane.
This summary outlines key information about nerve cells and nerve impulses from the document:
- Neurons and glial cells are the two main cell types in the nervous system. Neurons transmit nerve impulses while glia support neuron function.
- Neurons have dendrites, a cell body, and an axon. Dendrites receive signals and the axon transmits signals to other cells.
- A nerve impulse is an electrical signal transmitted along the axon when the neuron is stimulated. It occurs via changes in the neuron's membrane potential and the selective opening/closing of ion channels.
- The nerve impulse is regenerated at the nodes of Ranvier along myel
Nervous System -Autonomic Nervous System-Neurons -Ganglia - Nerves Copy.Home
The nervous system is the body's communication network, coordinating and regulating all bodily functions. Comprising the central nervous system (CNS) and peripheral nervous system (PNS), it consists of neurons, specialized cells transmitting electrical and chemical signals. The CNS, consisting of the brain and spinal cord, interprets and processes information. The PNS extends from the CNS, transmitting signals between the brain, spinal cord, and the rest of the body. Sensory neurons detect stimuli, while motor neurons control muscle movement. This intricate system enables sensory perception, voluntary and involuntary actions, and regulates bodily processes, ensuring homeostasis and facilitating responses to the environment.
Nervous System -Autonomic Nervous System-Neurons -Ganglia - Nerves Copy.Home
The nervous system is the body's communication network, coordinating and regulating all bodily functions. Comprising the central nervous system (CNS) and peripheral nervous system (PNS), it consists of neurons, specialized cells transmitting electrical and chemical signals. The CNS, consisting of the brain and spinal cord, interprets and processes information. The PNS extends from the CNS, transmitting signals between the brain, spinal cord, and the rest of the body. Sensory neurons detect stimuli, while motor neurons control muscle movement. This intricate system enables sensory perception, voluntary and involuntary actions, and regulates bodily processes, ensuring homeostasis and facilitating responses to the environment.
Coordination & Response Part 1 - The Nervous SystemNirmala Josephine
The document provides information about the coordination and response system in biology. It discusses the following key points:
- Living organisms respond to stimuli in their internal and external environments through coordination between different body systems. The nervous and endocrine systems play major roles in coordination.
- Stimuli are changes in the environment that are detected by sensory receptors and elicit responses. There are internal and external stimuli.
- The nervous system detects stimuli and coordinates responses. It has three main parts: sensory receptors, an integrating center (brain and spinal cord), and effectors.
- The central nervous system includes the brain and spinal cord. The brain is divided into different regions that control various functions like movement, sensation, thinking,
The document is a chapter from a psychology textbook that discusses the biological perspective of psychology. It covers topics like the structure and function of the nervous system, neurons, and neurotransmitters. Specifically, it describes how neurons communicate with each other through synaptic transmission using neurotransmitters, and how the central nervous system including the brain and spinal cord allow for processing and coordination of the body's functions. The chapter aims to explain these concepts in order to further understanding of behavior from a biological standpoint.
The document is a chapter from a psychology textbook that discusses the biological perspective of psychology. It covers topics like the structure and function of the nervous system, neurons, and neurotransmitters. Specifically, it describes how neurons communicate with each other through synaptic transmission using neurotransmitters, and how the central nervous system is organized, including the brain and spinal cord. The chapter aims to explain the basic biology underlying human behavior and mental processes.
MCQ RELATED TO CRANIAL NERVES AND SPINAL NERVES.pptxanjalatchi
This document provides information about the cranial and spinal nerves in the human body. It lists the 12 cranial nerves and their functions. It states there are 31 pairs of spinal nerves that are divided into cervical, thoracic, lumbar, sacral and coccygeal nerves. The document also discusses the central and peripheral nervous systems and how neurons transmit signals via electrical and chemical processes. It provides multiple choice questions related to the cranial and spinal nerves.
Liberty university biol 101 study guide quiz 1 solutions answers slideshareLiberty Liberty
This document provides a study guide and solutions for a biology quiz covering key concepts from the first chapter of a Liberty University biology textbook. It includes questions about biological levels of organization from atoms to ecosystems, principles of life like unity and diversity, teleology in nature, atomic structure and chemical bonding. Sample questions assess understanding of scientific method, experiments on sleep deprivation and prayer studies. The guide emphasizes complexity and efficiency in living systems at the molecular level, with carbon's role in organic molecules.
My psychology 1st edition pomerantz test bankmww111
- The document contains a test bank with 17 multiple choice questions covering topics in introductory psychology including neurons, the nervous system, brain structures and functions, and case studies.
- The questions assess understanding of concepts like neuron parts and signaling, reflexes, localization of function in the brain, and conditions like multiple sclerosis.
- An answer key with explanations is provided for each multiple choice question.
General Organic and Biochemistry, 10th Edition.pdfhaha12341
Full download at: https://testbankbell.com/product/test-bank-for-general-organic-and-biochemistry-10th-edition-katherine-denniston-joseph-topping-danae-quirk-dorr/
Psychology canadian 5th edition wade solutions manualNeuman0987
Download at: https://goo.gl/FkFpZU
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This document provides an overview of the structure and function of the nervous system. It begins with an introduction to the central nervous system (CNS) and peripheral nervous system. It then describes the main divisions and components of the CNS in detail, including the brain stem, cerebellum, diencephalon, and telencephalon. It discusses the protection mechanisms of the CNS, including the skull, meninges, blood-brain barrier, and cerebrospinal fluid. Finally, it provides an overview of neurons, glial cells, and classifications of neurons.
The document discusses the coordination of the human body through the nervous and endocrine systems. It describes how the nervous system uses neurons and nerves to transmit electrical signals rapidly throughout the body. This allows for quick reflex responses to stimuli. The endocrine system more slowly coordinates functions by releasing hormones into the bloodstream to target distant organs and regulate processes like growth, metabolism, and reproduction. Together these systems work in an integrated manner to maintain homeostasis and allow the complex organs and systems in the human body to function in a co-ordinated way.
The document provides an overview of the key concepts from Chapter 2 of the textbook Biological Psychology by James Kalat. It discusses the cells of the nervous system including neurons, glia, dendrites, axons and their functions. It describes how nerve impulses are transmitted through neurons and the role of the myelin sheath. Additional topics covered include the blood-brain barrier and active transport of nutrients into the brain. Visual aids like figures and diagrams from the textbook are referenced to support the key ideas.
Andreas Schleicher presents PISA 2022 Volume III - Creative Thinking - 18 Jun...EduSkills OECD
Andreas Schleicher, Director of Education and Skills at the OECD presents at the launch of PISA 2022 Volume III - Creative Minds, Creative Schools on 18 June 2024.
This presentation was provided by Racquel Jemison, Ph.D., Christina MacLaughlin, Ph.D., and Paulomi Majumder. Ph.D., all of the American Chemical Society, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
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1- The basic functional unit of the nervous system is the neuron- What.docxtoddr5
1. The basic functional unit of the nervous system is the neuron. What is the major function of this cell type? 2. Match each statement with the correct type of neuroglia by filling in the blank. 1. forms the myelin sheath in the CNS 2. lines CSF-filled cavities 3. surrounds the cell body of a neuron found in the PNS 4. act as a phagocyte in the CNS 5. forms the myelin sheath in the PNS 6. controls the chemical environment around neurons in the CNS 3. Match each description with a term from the key. Key: a. afferent neuron e. interneuron i. nucleus b. central nervous system f. netroglia j. peripheral nervous system c. efferent neuron g. neurotransmitters k. synaptic cleft d. ganglion h. nerve l. tract 1. the brain and spinal cord collectively 2. specialized supporting cells in the nervous system 3. junction or point of close contact between neurons 4. a bundle of axons inside the PNS 5. neuron serving as part of the conduction pathway between sensory and motor neurons 6. ganglia and spinal and cranial nerves 7. collection of neuron cell bodies found within the CNS 8. neuron that conducts impulses away from the CNS to muscles and glands 9. neuron that conducts impulses toward the CNS from the body periphery 10. chemicals released by neurons that stimulate or inhibit other neurons or effectors 11. collection of neuron cell bodies found in the PNS 12. bundle of axons inside the CNS 4. Match the following anatomical terms (column B) with the appropriate description or function (column A). Column A Column B 1. region of the cell body from which the axon originates a. axon 2. secretes neurotransmitters b. axon terminal 3. receptive regions of a neuron ( 2 terms) c. axon hillock 4. insulates the nerve fibers d. cell body 5. site of the nucleus and most important metabolic area f. chromatophilic substance 6. involved in the transport of substances within the neuron g. dendrite 7. essentially rough endoplasmic reticulum, important metabolically h. myelin sheath i. neurofibril 8. impulse generator and transmitter 5. Label the following structures on the diagram of a multipolar neuron shown below: cell body, nucleus, nucleolus, chromatophilic substance, dendrites, initial segment of axon, myelin sheath, myelin sheath gaps, and axon terminals. 6. What substance is found in synaptic vesicles of the axon terminal? 7. What anatomical characteristic determines whether a particular neuron is classified as unipolar, bipolar, or multipolar? Make a simple line drawing of each type here. Unipolar neuron Bipolar neuron Multipolar neuron 8. Correctly identify the sensory (afferent) neuron, interneuron, and motor (efferent) neuron in the figure below. Which of these neuron types is/are unipolar? Which is/are most likely multipolar? 9. Describe how the Schwann cells form the myelin sheath encasing the nerve fibers. Structure of a Nerve 11. State the location of each of the following connective tissue coverings. endoneurium: perineurium: epineurium: 12. What is the fu.
test bank Fundamentals of Human Neuropsychology, 8e Bryan Kolb, Ian Whishaw t...NailBasko
This document appears to be multiple choice questions from a chapter on neuropsychology. It covers topics like the structures of the brain like the corpus callosum, brain lateralization and localization of function from studies of patients with brain damage, theories of mind-body dualism vs materialism, and evolutionary approaches to understanding the nervous system.
This document provides a 20 question quiz on topics covered in PSY140 Module 2, which examines the biological basis of psychology. Specifically, it covers material on brain lateralization, the structure and function of neurons and nerves, gender differences, evolution, and culture. For each multiple choice question, it lists the learning objectives and provides a hint to the page number in the textbook where the relevant information can be found. It also includes links to additional learning materials and assignments for the course.
This document provides an overview of the course materials for PSY 340 Biological Foundations in Psychology. It includes tutorials, quizzes, assignments, and presentations on topics like the neurological structure and function, sensory systems, regulatory behaviors, sleep deprivation, brain lateralization and language, and learning and memory. Students are asked to complete interactive activities, write papers, and develop multimedia projects exploring the biological basis of psychology.
This summary provides an overview of the key points from the document:
1) The document discusses the cells of the nervous system, including neurons and glia. It describes the major components of neurons like dendrites, soma, axon, and presynaptic terminals.
2) Details are given about the structure and function of different types of glia cells, including astrocytes, microglia, oligodendrocytes, and Schwann cells.
3) The mechanism of the nerve impulse is explained, including the resting potential of neurons and how an electrical gradient is maintained across the neuron membrane.
This summary outlines key information about nerve cells and nerve impulses from the document:
- Neurons and glial cells are the two main cell types in the nervous system. Neurons transmit nerve impulses while glia support neuron function.
- Neurons have dendrites, a cell body, and an axon. Dendrites receive signals and the axon transmits signals to other cells.
- A nerve impulse is an electrical signal transmitted along the axon when the neuron is stimulated. It occurs via changes in the neuron's membrane potential and the selective opening/closing of ion channels.
- The nerve impulse is regenerated at the nodes of Ranvier along myel
Nervous System -Autonomic Nervous System-Neurons -Ganglia - Nerves Copy.Home
The nervous system is the body's communication network, coordinating and regulating all bodily functions. Comprising the central nervous system (CNS) and peripheral nervous system (PNS), it consists of neurons, specialized cells transmitting electrical and chemical signals. The CNS, consisting of the brain and spinal cord, interprets and processes information. The PNS extends from the CNS, transmitting signals between the brain, spinal cord, and the rest of the body. Sensory neurons detect stimuli, while motor neurons control muscle movement. This intricate system enables sensory perception, voluntary and involuntary actions, and regulates bodily processes, ensuring homeostasis and facilitating responses to the environment.
Nervous System -Autonomic Nervous System-Neurons -Ganglia - Nerves Copy.Home
The nervous system is the body's communication network, coordinating and regulating all bodily functions. Comprising the central nervous system (CNS) and peripheral nervous system (PNS), it consists of neurons, specialized cells transmitting electrical and chemical signals. The CNS, consisting of the brain and spinal cord, interprets and processes information. The PNS extends from the CNS, transmitting signals between the brain, spinal cord, and the rest of the body. Sensory neurons detect stimuli, while motor neurons control muscle movement. This intricate system enables sensory perception, voluntary and involuntary actions, and regulates bodily processes, ensuring homeostasis and facilitating responses to the environment.
Coordination & Response Part 1 - The Nervous SystemNirmala Josephine
The document provides information about the coordination and response system in biology. It discusses the following key points:
- Living organisms respond to stimuli in their internal and external environments through coordination between different body systems. The nervous and endocrine systems play major roles in coordination.
- Stimuli are changes in the environment that are detected by sensory receptors and elicit responses. There are internal and external stimuli.
- The nervous system detects stimuli and coordinates responses. It has three main parts: sensory receptors, an integrating center (brain and spinal cord), and effectors.
- The central nervous system includes the brain and spinal cord. The brain is divided into different regions that control various functions like movement, sensation, thinking,
The document is a chapter from a psychology textbook that discusses the biological perspective of psychology. It covers topics like the structure and function of the nervous system, neurons, and neurotransmitters. Specifically, it describes how neurons communicate with each other through synaptic transmission using neurotransmitters, and how the central nervous system including the brain and spinal cord allow for processing and coordination of the body's functions. The chapter aims to explain these concepts in order to further understanding of behavior from a biological standpoint.
The document is a chapter from a psychology textbook that discusses the biological perspective of psychology. It covers topics like the structure and function of the nervous system, neurons, and neurotransmitters. Specifically, it describes how neurons communicate with each other through synaptic transmission using neurotransmitters, and how the central nervous system is organized, including the brain and spinal cord. The chapter aims to explain the basic biology underlying human behavior and mental processes.
MCQ RELATED TO CRANIAL NERVES AND SPINAL NERVES.pptxanjalatchi
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This document provides an overview of the structure and function of the nervous system. It begins with an introduction to the central nervous system (CNS) and peripheral nervous system. It then describes the main divisions and components of the CNS in detail, including the brain stem, cerebellum, diencephalon, and telencephalon. It discusses the protection mechanisms of the CNS, including the skull, meninges, blood-brain barrier, and cerebrospinal fluid. Finally, it provides an overview of neurons, glial cells, and classifications of neurons.
The document discusses the coordination of the human body through the nervous and endocrine systems. It describes how the nervous system uses neurons and nerves to transmit electrical signals rapidly throughout the body. This allows for quick reflex responses to stimuli. The endocrine system more slowly coordinates functions by releasing hormones into the bloodstream to target distant organs and regulate processes like growth, metabolism, and reproduction. Together these systems work in an integrated manner to maintain homeostasis and allow the complex organs and systems in the human body to function in a co-ordinated way.
The document provides an overview of the key concepts from Chapter 2 of the textbook Biological Psychology by James Kalat. It discusses the cells of the nervous system including neurons, glia, dendrites, axons and their functions. It describes how nerve impulses are transmitted through neurons and the role of the myelin sheath. Additional topics covered include the blood-brain barrier and active transport of nutrients into the brain. Visual aids like figures and diagrams from the textbook are referenced to support the key ideas.
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Psychology in Action 11th Edition Huffman Test Bank
1. 1
Chapter: Chapter 2, 11th edition: Neuroscience and Biological Foundations, Multiple Choice and
Essay
Multiple Choice
1. The scientific study of the effects of heredity and environment on behavior and mental
processes is called _______.
a) biopsychocognition
b) behavioral biology
c) behavioral genetics
d) biobehaviorism
Ans: c
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
2. The subarea of psychology that studies applying the principles of evolution to explain
behavioral and mental processes is called ____.
a) biopsychocognition
b) behavioral biology
c) evolutionary psychology
d) biobehaviorism
Ans: c
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
3. A neuron is _____.
a) the part of a nerve cell that receives information.
b) the part of a nerve cell that sends information.
c) the part of a nerve cell that creates energy.
d) a cell of the nervous system responsible for receiving and transmitting electrochemical
information.
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
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2. 2
4. The basic units of the brain and spinal cord that process, store, and transmit information are
the _____.
a) neurons
b) neurotransmitters
c) synapses
d) myelin
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
5. The cells that provide structural, nutritional, and other support for neurons are called _____
cells.
a) nerve
b) axon
c) glial
d) dendrite
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
6. The branching neuron structures that receive neural impulses from other neurons and convey
them toward the cell body are called _____.
a) myelin sheaths
b) axon buttons
c) dendrites
d) nerves
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
3. 3
7. The branches of the neuron that receive neural impulses from other neurons are called
_____, and the tube-like structure that conveys impulses toward other neurons is called the
_____.
a) somas; axon
b) dendrites; axon
c) axons; dendrite
d) dendrites; soma
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
8. An impulse travels through the structures of the neuron in the following order:
a) cell body, axon, dendrites
b) axon, dendrites, cell body
c) dendrites, cell body, axon
d) axon, cell body, dendrites
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
9. Which of the following is TRUE of the cell body?
a) It accepts incoming information from dendrites.
b) It determines whether the neuron should fire and pass on information to the axon.
c) It contains the cell nucleus.
d) All of these options
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
10. The long tube-like structure that conveys impulses away from the cell body toward other
neurons, muscles, or glands is called a(n) _____.
a) dendrite
b) soma
4. 4
c) myelin sheath
d) axon
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
11. The _____ is another name for the cell body.
a) ganglia
b) soma
c) nerve
d) cell
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
12. What part(s) of the cell receive incoming messages?
a) Axons and cell body
b) Dendrites and axons
c) Dendrites and cell body
d) Axons
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
13. The BEST definition of the myelin sheath is a _____.
a) protein membrane that increases the electrical receptivity of axons
b) fatty substance that collects inside axons, slowing the rate of an action potential
c) fatty insulation wrapped around some axons that increases the rate at which impulse travel
along the axon
d) protein that converts food into energy within the nucleus of a neuron
Ans: c
Section Ref: Neural Bases of Behavior
5. 5
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
14. One important difference between a myelinated and unmyelinated axon is _____.
a) the neural impulse is faster in the myelinated axon
b) the neural impulse is faster in the unmyelinated axon
c) only the myelinated axons have nodes
d) the unmyelinated axons are heavier
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
15. Rosa has multiple sclerosis, a degenerative disorder that causes myelin to disintegrate.
What effect will this have on Rosa's nerve impulses?
a) They will slow down.
b) They will be stopped in the soma.
c) They will speed up.
d) None of these options
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Medium
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 2 Application of Psychology
16. Lynn has a disease called multiple sclerosis. This disease makes her muscle coordination
difficult. Multiple sclerosis results from _____.
a) a lack of electrolytes in the brain
b) fatty mitochondria
c) two nuclei in some neurons
d) progressive deterioration of the myelin sheath
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Medium
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 2 Application of Psychology
6. 6
17. What is the basic function of a neuron?
a) To maintain the structure of the brain
b) To connect the spine with the hands and feet
c) To release chemicals into the blood stream
d) To transmit information to and from the brain and spinal cord
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
18. The tips of the branches of the axon are called _____.
a) dendrites
b) terminal buttons
c) soma
d) mitochondria
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
19. Neurotransmitters are __________.
a) released from the terminal button of a cell
b) responsible for electrical communication within a cell
c) part of the “powerhouse” of a cell
d) all of the above
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
20. Neurotransmitters perform different functions, such as:
a) regulating the actions of glands and muscles
b) inhibiting repressed memories from being formed
c) promoting digestion of food
7. 7
d) all of the above
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
21. Among other behaviors, this neurotransmitter also affects sleep, appetite, and emotional
states.
a) acetylcholine
b) dopamine
c) norepinephrine
d) serotonin
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
22. Certain forms of depression are related to lowered levels of _____.
a) acetylcholine
b) dopamine
c) GABA
d) serotonin
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Medium
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 2 Application of Psychology
23. This neurotransmitter is suspected of playing a role in Alzheimer’s disease.
a) Acetylcholine
b) Dopamine
c) GABA
d) Norepinephrine
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Medium
8. 8
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 2 Application of Psychology
24. Which of the following neurotransmitters plays a role in memory?
a) Acetylcholine
b) Dopamine
c) Norepinephrine
d) All of these options
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
25. Too much of this neurotransmitter may be related to schizophrenia, whereas too little of this
neurotransmitter may be related to Parkinson’s disease.
a) Acetylcholine
b) Dopamine
c) Norepinephrine
d) Serotonin
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Medium
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 2 Application of Psychology
26. Michael J. Fox has Parkinson’s disease. Parkinson;s disease results from:
a) too little serotonin
b) too much dopamine
c) too little dopamine
d) too much serotonin
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Medium
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems.
Bloom’s Level: 2 Application of Psychology
9. 9
27. This neurotransmitter’s major role is to inhibit neural transmissions in the central nervous
system.
a) Acetylcholine
b) Dopamine
c) GABA
d) Norepinephrine
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
28. A chemical substance in the nervous system that is involved in pain control, pleasure, and
memory is _____.
a) morphine
b) epinephrine
c) endorphins
d) acetylcholine
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
29. Communication within a cell is _________.
a) electrical
b) caused by hardening of the cell membrane
c) both electrical and chemical
d) chemical
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
30. When an axon is not stimulated, it is in a polarized state called _____.
a) steady state
b) homeostasis
c) the resting potential
10. 10
d) super-polarized
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems.
Bloom’s Level: 1 Knowledge Base of Psychology
31. Most poisons and drugs act at the _________ by replacing, decreasing, or enhancing the
amount of neurotransmitter.
a) soma
b) cell
c) synapse
d) all of the above
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
32. __________ help explain why soldiers and athletes continue to fight, despite horrific injuries.
a) GABA
b) Acetylcholine
c) Endorphins
d) Glutamate
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Medium
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 2 Application of Psychology
33. Your textbook likens the depolarization and repolarization of a neuron that fires to
________.
a) the wave done by the crowds at a sports event
b) a door opening and closing
c) a tree bending in the wind
d) a car speeding up and slowing down
Ans: a
Section Ref: Neural Bases of Behavior
11. 11
Difficulty: Medium
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 2 Application of Psychology
34. Your textbook’s definition of an action potential is _____.
a) the likelihood that a neuron will take action when stimulated
b) the tendency for a neuron to be potentiated by neurotransmitters
c) a neural impulse that carries information along the axon of a neuron
d) the firing of a nerve, either toward or away from the brain
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
35. Communication within neurons is _____, whereas communication between neurons is
_____.
a) electrical; chemical
b) unmyelinated; myelinated
c) chemical; electrical
d) very slow; very fast
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
36. Chemical messengers that are released by axons and stimulate dendrites on another
neuron are called _____.
a) synaptic messengers
b) neurotransmitters
c) synaptic transmitters
d) neuromessengers
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
12. 12
37. Neurotransmitters are _____.
a) chemicals that cross the synaptic gap and bind to receptors on another neuron
b) excitatory chemicals that make it more likely that a neuron will fire
c) inhibitory chemicals that make it less likely that a neuron will fire
d) all of these options
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
38. What type(s) of messages can one neuron deliver to another?
a) Excitatory
b) Inhibitory
c) Both excitatory and inhibitory
d) Compound
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems.
Bloom’s Level: 1 Knowledge Base of Psychology
39. Your body has designed a traffic signal for action potentials traveling from one neuron to
another. In this system, the red light represents _____.
a) an excitatory neurotransmitter
b) an inhibitory neurotransmitter
c) a combination of excitatory and inhibitory neurotransmitters
d) none of these options; once started, an action potential never stops
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Medium
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems.
Bloom’s Level: 2 Application of Psychology
40. When the neuron is at its resting potential, the fluid inside the axon:
a) has more negatively charged ions than the fluid outside
b) has more positively charged ions than the fluid outside
13. 13
c) has an equal number of negatively and positively charged ions outside
d) does not have any negative or positive ions
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
41. Excess neurotransmitters left in the synapse after an action potential _______.
a) are absorbed back into the sending neuron
b) stay in the synapse waiting for the next action potential
c) are broken down by enzymes
d) both a and c
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
42. A synapse is _____.
a) the gap between the brain and the skull that contains cerebrospinal fluid
b) the gap between neurons
c) the vestibule that contains neurotransmitters
d) the place where neurotransmitters exchange ionic molecules
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
43. Endogenous opioid peptides are called ______.
a) neurotransmitters
b) endorphins
c) morphine
d) curare
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Easy
14. 14
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
44. If you run a marathon, your body will release _____ to elevate your mood and reduce your
pain.
a) lactic acid
b) epinephrine
c) norepinephrine
d) endorphins
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Medium
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 2 Application of Psychology
45. The class of neurotransmitters known as endorphins function to ______.
a) elevate mood
b) reduce pain
c) affect memory and learning
d) all of the above
Ans: d
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
46. Drugs act at the synapse by _____.
a) causing the action potential to fire
b) replacing, decreasing, or enhancing the amount of neurotransmitter
c) initiating the graded potential
d) acting to enhance the amount of neurotransmitters
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 1 Knowledge Base of Psychology
15. 15
47. The central nervous system (CNS) has two main divisions. What are they?
a) Local and non-local
b) The brain and nervous system
c) Head and body
d) The brain and spinal cord
Ans: d
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
48. The brain and the spinal cord make up the:
a) PNS
b) CNS
c) endocrine system
d) sympathetic nervous system
Ans: b
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
49. A collection of glands found throughout the body that manufacture and secrete hormones
into the bloodstream in order to effect behavioral change or maintain normal bodily functions is
called the _____.
a) nervous system
b) alimentary system
c) endocrine system
d) hypothalamus
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
16. 16
50. Chemicals that are manufactured by endocrine glands and circulated in the bloodstream to
change or maintain bodily functions are called _____.
a) vasopressors
b) gonadotropins
c) hormones
d) steroids
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
51. Growth, reproduction, moods, and our responses to stress are all controlled by our _____.
a) neurotransmitters
b) endorphins
c) hormones
d) teachers
Ans: c
Section Ref: Neural Bases of Behavior
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
52. In your text, the analogy was presented that neurotransmission at the synapse is like _____,
whereas hormonal communication is like _____.
a) a drug; a vitamin
b) an individual message; a global email
c) a global email; an individual message
d) a classroom; television
Ans: b
Section Ref: Neural Bases of Behavior
Difficulty: Hard
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 3 Synthesis of Psychology
53. The two major divisions of the nervous system are the _____.
a) anterior and posterior
17. 17
b) central and peripheral
c) chemical and mechanical
d) autonomic and anomic
Ans: b
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
54. What is the main function of our nervous system?
a) To convey information
b) To keep us safe
c) To regulate our heartbeat and respiration
d) To help us communicate with others
Ans: a
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
55. The central nervous system _____.
a) consists of the brain and spinal cord
b) is the most important and best nervous system
c) includes the automatic and other nervous systems
d) all of these options
Ans: a
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
56. The peripheral nervous system _____.
a) is composed of the spinal cord and peripheral nerves
b) is less important than the central nervous system
c) is contained within the skull and spinal column
d) includes all the nerves and neurons outside the brain and spinal cord
18. 18
Ans: d
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
57. The link between the brain and the spinal cord and the rest of the body's sense receptors,
muscles, and glands is the _____ nervous system.
a) peripheral
b) autonomic
c) somatic
d) sympathetic
Ans: a
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
58. Sal had a severe stroke that left him unable to talk for a year. However, during the second
year, he gradually regained his ability to speak. What is the most probable explanation for what
happened?
a) The neurons regenerated
b) Neurons split to form new neurons
c) Stem cells initiated the formation of new cells
d) The brain rerouted the neurons around the damaged area
Ans: d
Section Ref: Our Nervous System’s Organization
Difficulty: Medium
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 2 Application of Psychology
59. Neuroplasticity refers to the ability of the brain to change its _____ in response to
environmental conditions.
a) shape, weight, and size
b) structure and function
c) basic organization
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d) all of these options
Ans: b
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
60. Replacing lost cells in the brain with new cells is called ________.
a) neuroplasticity
b) neuroformulation
c) neurokinesis
d) neurogenesis
Ans: d
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
61. In the future, _____ may be used to treat injury, disease, Alzheimer's, Parkinson's, diabetes,
epilepsy, stress, and strokes.
a) dopamine
b) neuroplasticity
c) stem cells
d) serotonin
Ans: c
Section Ref: Our Nervous System’s Organization
Difficulty: Medium
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 2 Application of Psychology
62. A possible future treatment to help those paralyzed from spinal cord injuries to walk again is
______.
a) neural transmission
b) stem cell transplants
c) split cell production
d) neuroplastic implants
20. 20
Ans: b
Section Ref: Our Nervous System’s Organization
Difficulty: Medium
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 2 Applications of Psychology
63. The generation of new neurons is called _____.
a) split-brain genesis
b) stem cell production
c) neuroplasticity
d) neurogenesis
Ans: d
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
64. _____ are the immature precursors that give birth to new, specialized cells.
a) Stem cells
b) Dendrites
c) Axons
d) Neurogenic cells
Ans: a
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
65. The spinal cord is found inside the spinal column, and is involved in _____.
a) relaying neural information from the body to the brain
b) relaying neural information from the brain to the body
c) reflexes
d) all of these options
Ans: d
Section Ref: Our Nervous System’s Organization
21. 21
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
66. You have just touched a hot mug of coffee. Your hand immediately and reflexively pulls
away. This action was controlled by your _____.
a) peripheral nervous system
b) spinal cord
c) brain
d) all of these options
Ans: b
Section Ref: Our Nervous System’s Organization
Difficulty: Medium
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 2 Application of Psychology
67. Movements that are initiated by an external stimulus and bypass input from your brain are
called _____.
a) neurogenesis
b) neuroplasticity
c) reuptake
d) reflexes
Ans: d
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
68. An impulse that travels inward from a sensory fiber to the spinal cord, then outward to a
muscle fiber, is called a(n) _____.
a) inhibitory potential
b) sensory-motor arc
c) excitatory potential
d) reflex arc
Ans: d
Section Ref: Our Nervous System’s Organization
22. 22
Difficulty: Medium
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 2 Knowledge Base of Psychology
69. Lightly stroking the sole of an infant’s feet and seeing the toes fan out and the foot turn in is
initiating the _____ reflex.
a) eagle
b) Babinski
c) rooting
d) Bondrovsky
Ans: b
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
70. The peripheral nervous system is made up of the______ nervous systems.
a) sympathetic and autonomic
b) central and somatic
c) somatic and autonomic
d) autonomic and parasympathetic
Ans: c
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
71. The somatic nervous system is made up of _____.
a) nerves that connect to sensory receptors and control skeletal muscles
b) the spinal cord and interneurons in the spine
c) the nerves that maintain the functioning of the glands, heart muscles, and other smooth
muscles
d) all of these options
Ans: a
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
23. 23
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
72. Anna hears her teacher ask a question she knows the answer to, so she raises her hand so
she can speak. Which division of the nervous system was responsible for her hand going up?
a) Sympathetic nervous system
b) Autonomic nervous system
c) Somatic nervous system
d) Parasympathetic nervous system
Ans: c
Section Ref: Our Nervous System’s Organization
Difficulty: Medium
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 2 Application of Psychology
73. The _____ nervous system is responsible for involuntary tasks, whereas the _____ nervous
system is responsible for voluntary tasks.
a) autonomic; somatic
b) somatic; autonomic
c) central; peripheral
d) peripheral; central
Ans: a
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
74. The sympathetic and parasympathetic systems are branches of the _____ nervous system.
a) somatic
b) central
c) cardinal
d) autonomic
Ans: d
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
24. 24
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
75. The _____ nervous system is responsible for fight or flight, whereas the _____ nervous
system is responsible for maintaining calm.
a) central; peripheral
b) parasympathetic; sympathetic
c) sympathetic; parasympathetic
d) autonomic; somatic
Ans: c
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
76. The autonomic nervous system is subdivided into two branches called the _____ and _____
systems.
a) automatic; semi-automatic
b) somatic; peripheral
c) afferent; efferent
d) sympathetic; parasympathetic
Ans: d
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
77. Sensory neurons carry messages _____ the central nervous system; motor neurons carry
messages _____ the central nervous system.
a) to; to
b) away from; to
c) away from; away from
d) to; away from
Ans: d
Section Ref: Our Nervous System’s Organization
Difficulty: Easy
Objective: 2.3
25. 25
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 1 Knowledge Base of Psychology
78. Diane got very angry at Chris, and they argued over dinner. Afterward, Diane had a stomach
ache. This was probably because:
a) her sympathetic nervous system activated and shut down digestion during the argument
b) her parasympathetic nervous system activated and shut down digestion during the argument
c) her endocrine system sent out too many hormones to her stomach
d) her central nervous system signaled for too much acid to be produced in her stomach
Ans: a
Section Ref: Our Nervous System’s Organization
Difficulty: Medium
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 2 Application of Psychology
79. Stimulating the _____ increases aggressive behavior.
a) amygdala
b) cerebellum
c) fornix
d) medulla
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions.
Bloom’s Level: 1 Knowledge Base of Psychology
80. Three structures associated with the brain stem are the _____.
a) thalamus, amygdala, and hippocampus
b) motor control, sensory, and projection areas
c) pons, medulla, and cerebellum
d) cerebrum, cerebellum, and corpus callosum
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions.
Bloom’s Level: 1 Knowledge Base of Psychology
26. 26
81. This part of the brain is responsible for survival functions such as heart beat and respiration.
a) Cerebellum
b) Corpus callosum
c) Brain stem
d) Thalamus
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
82. This term refers to the fact that various parts of the brain are specialized for particular
functions.
a) Localization of function
b) Specialized functioning
c) Functional ablation
d) Brain plasticity
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
83. A primary function of the medulla is to _____.
a) control automatic bodily functions such as respiration and heart rate
b) coordinate fine motor movement in the fingers and face
c) regulate the functioning of the pons
d) all of these options
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions.
Bloom’s Level: 1 Knowledge Base of Psychology
84. Which of the following structures is part of the forebrain?
a) Hypothalamus
b) Medulla
c) Cerebellum
27. 27
d) Reticular Formation
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
85. Three structures included in the hindbrain are the:
a) thalamus, hypothalamus, and brainstem
b) amygdala, pons, and reticular formation
c) hypothalamus, pons, and brainstem
d) medulla, pons, and cerebellum
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
86. This structure at the top of the brain stem is involved in respiration, movement, waking,
sleep, and dreaming.
a) Medulla
b) Pons
c) Cerebellum
d) Reticular formation
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
87. This structure at the base of the brain, behind the brain stem, is responsible for maintaining
smooth movements, balance, and some aspects of perception and cognition.
a) Frontal lobe
b) Motor control area
c) Cerebellum
d) Corpus callosum
Ans: c
Section Ref: A Tour Through Our Brain
28. 28
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
88. The next time you see someone at a party who is having trouble walking properly, you might
say, "He has had too much alcohol to drink, and it went right to his _____."
a) reticular formation
b) cerebellum
c) frontal lobe
d) parietal lobe
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Application of Psychology
89. The _____ is located near the top of the brainstem. It is involved in coordinating eye and
body movement, sleep, and arousal.
a) cerebellum
b) midbrain
c) cortex
d) medulla
Ans: b
Page Ref: p. 72
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
90. In addition to coordinating movement and maintaining balance, the cerebellum may also
play a role in _____.
a) breathing and blood pressure
b) hunger and satiety
c) hearing and vision
d) perception and cognition
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
29. 29
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
91. The _____ is a diffuse set of neurons in the core of the brain stem that screens incoming
sensory information and arouses the cortex.
a) thalamus
b) corpus callosum
c) limbic system
d) reticular formation
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
92. While reading your newspaper in the morning, you notice a crash in the street outside. The
part of your brain that refocuses your attention from the paper to the crash is the _____.
a) medulla
b) cerebral cortex
c) reticular formation
d) auditory cortex
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Application of Psychology
93. The largest and most prominent part of the human brain is the _____.
a) cerebellum
b) hindbrain
c) midbrain
d) forebrain
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
30. 30
94. What is the major sensory relay area for the brain?
a) Hypothalamus
b) Thalamus
c) Cortex
d) Hindbrain
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions.
Bloom’s Level: 1 Knowledge Base of Psychology
95. Yuri works as a switchboard operator at a busy company. He directs incoming calls from all
over the world to appropriate departments for processing. His job can be compared to the job of
the _____ in your brain.
a) thalamus
b) hypothalamus
c) pons
d) cerebral cortex
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Application of Psychology
96. Injury to the thalamus can cause all except which of the following?
a) Deafness
b) Blindness
c) Loss of smell
d) Loss of taste
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
97. Many symptoms of schizophrenia − like hearing voices, misunderstanding social cues, and
misinterpreting sensory information − could be due to abnormalities in the _____.
a) reticular formation
b) hypothalamus
31. 31
c) thalamus
d) all of these options
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
98. This is a small structure that maintains homeostasis. It also regulates emotions and drives,
such as hunger, thirst, sex, and aggression.
a) Hypothalamus
b) Hippocampus
c) Pituitary gland
d) Thalamus
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions.
Bloom’s Level: 1 Knowledge Base of Psychology
99. The hypothalamus's role in the brain is MOST similar to the role of a(n) _____.
a) supervisor
b) employee
c) educator
d) pianist
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Analysis of Psychology
100. The hypothalamus is involved with which of the following functions?
a) Hunger and thirst
b) Sex
c) Aggression
d) All of these options
Ans: d
Section Ref: A Tour Through Our Brain
32. 32
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
101. The hippocampus, amygdala, thalamus, and hypothalamus are all parts of the _____.
a) brain stem
b) reticular formation
c) limbic system
d) neocortical unit
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
102. This is an interconnected group of mid-brain structures that are responsible for the arousal
and regulation of emotion, motivation, memory, and other mental processes.
a) Brain stem
b) Limbic system
c) Reticular formation
d) Cerebral cortex
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
103. This almond-shaped structure is part of the limbic system and helps regulate emotion.
a) Fornix
b) Hippocampus
c) Amygdala
d) Thalamus
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions.
Bloom’s Level: 1 Knowledge Base of Psychology
33. 33
104. The cerebral cortex, with its estimated 30 billion neurons, is about ____ inch thick.
a) 1/8
b) 1/4
c) 1/2
d) 1
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Knowledge Base of Psychology
105. The frontal, parietal, temporal, and occipital lobes make up the _____.
a) subcortical area of the brain
b) reticular formation
c) cerebral cortex
d) association areas of the brain
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
106. In the cerebral cortex, we have a total of _____ lobes in our brain.
a) 4
b) 10
c) 8
d) 16
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
107. The frontal lobes are responsible for _____.
a) motor control
b) speech production
c) higher mental processing
d) all of these options
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Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
108. Motor control, speech production, thinking, personality, emotion, and memory are all
governed by your _____.
a) parietal lobe
b) occipital lobe
c) temporal lobe
d) frontal lobe
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
109. Beverly had a stroke that has left her with Broca's aphasia, even though she can read and
write. This suggests her _____ was damaged.
a) left parietal lobe
b) right temporal lobe
c) left frontal lobe
d) entire occipital lobe
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Application of Psychology
110. The case of Phineas Gage suggests that the _____ lobes regulate our personality. These
lobes are largely responsible for much of what makes us uniquely human.
a) frontal
b) temporal
c) parietal
d) occipital
Ans: a
Section Ref: A Tour Through Our Brain
35. 35
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Knowledge Base of Psychology
111. The motor cortex in the _____ is responsible for your ability to place your foot on the brake
pedal and stop at a red light.
a) occipital lobe
b) frontal lobe
c) parietal lobe
d) temporal lobe
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Application of Psychology
112. This is the control center of bodily sensations.
a) Frontal lobe
b) Occipital lobe
c) Parietal lobe
d) Temporal lobe
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
113. The _____ lobes are involved with hearing, language comprehension, memory, and some
emotional control.
a) frontal
b) occipital
c) posterior
d) temporal
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
36. 36
114. _____ area is found in the temporal lobe, and is involved with language comprehension.
a) Broca's
b) The association
c) Gage's
d) Wernicke's
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
115. Vision and visual perception occur in the _____ lobes.
a) occipital
b) frontal
c) temporal
d) parietal
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
116. While roller blading without a helmet, Irena fell and hit the back of her head. She was taken
to the hospital because she injured her _____.
a) frontal lobe and was paralyzed
b) occipital lobe and had visual problems
c) parietal lobe and lost bodily sensation
d) temporal lobe and had auditory problems
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 4 Application of Psychology
117. This lobe is involved in the perception of shape, color, and motion.
a) Frontal
b) Parietal
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c) Temporal
d) Occipital
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
118. These are the "quiet areas" of the brain that help interpret, integrate, and act on
information processed in other areas of the brain.
a) Limbic system
b) Projection areas
c) Association areas
d) All of these options
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
119. If your neighbor was abducted by aliens and they removed his right parietal lobe, he would
be unable to _____.
a) move the left side of his body
b) move the right side of his body
c) feel sensations from the left side of his body
d) feel sensations from the right side of his body
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Application of Psychology
120. The reason you can wiggle your fingers "better" than you can wiggle your toes is because
the area of the _____ for your fingers than for your toes.
a) motor cortex is larger
b) somatosensory cortex is larger
c) motor cortex is smaller
d) somatosensory cortex is smaller
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Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Analysis of Psychology
121. This is a term for the specialization of the left and right hemisphere of the brain for
particular operations.
a) Localization
b) Lateralization
c) Plasticity
d) All of these options
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
122. You have a close friend who has undergone surgery to separate her brain hemispheres. It
is MOST likely that, prior to surgery, she suffered from _____.
a) schizophrenia
b) dyslexia
c) severe epilepsy
d) bilateral localization
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
123. “Split-brain” is the term used to describe which of the following conditions?
a) A mental condition also known as schizophrenia
b) Surgical separation of the brain hemispheres
c) An intellectual condition also known as dyslexia
d) Lateralization of hemispheres
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
39. 39
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
124. What is the bundle of nerve fibers that carries information between the brain's right and left
hemispheres?
a) Corpus callosum
b) Cerebral cortex
c) Cerebellum
d) None of these options
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
125. Although the left and right hemispheres of the brain are specialized, they are normally in
close communication through the _____.
a) reciprocating circuits
b) thalamus
c) corpus callosum
d) cerebellum
Ans: c
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
126. Your left brain doesn't know what your right brain is doing. It is MOST likely that your
_____ has been severed.
a) amygdala
b) frontal lobe
c) association cortex
d) corpus callosum
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Application of Psychology
40. 40
127. Mandisa is blindfolded and asked to identify several objects. She cannot verbally identify
objects placed in her left hand, which suggests that she has had _____.
a) a dyslexic episode
b) split-brain surgery
c) too much to drink
d) a neural episode
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Medium
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 2 Application of Psychology
128. A split-brain patient is presented with the word "TENANT," with "TEN" presented to her
right visual field and "ANT" presented to her left visual field. How does she respond when asked
what word she sees?
a) Tenant
b) Ten
c) Ant
d) She reports she sees nothing
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Hard
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 3 Evaluation of Psychology
129. In most adults, the right hemisphere of the brain is specialized for _____.
a) musical abilities
b) spatial abilities
c) nonverbal abilities
d) all of these options
Ans: d
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
130. In most adults, the left hemisphere of the brain is specialized for .
a) analytical functions
41. 41
b) nonverbal functions
c) recognition of faces
d) All of the above
Ans: a
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
131. The case of Phineas Gage most clearly demonstrated that _____________ is/are a
function of the brain – especially the frontal lobe.
a) thought disorders
b) personality
c) cognitive impairment
d) dementia
Ans: b
Section Ref: A Tour Through Our Brain
Difficulty: Easy
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 1 Knowledge Base of Psychology
132. Evolutionary psychology studies:
a) how humans adapted their behavior to survive and evolve
b) how humankind's behavior has changed over the millennia
c) how much humans can evolve to change behavior
d) how natural selection and adaptation can explain behavior and mental processes
Ans: d
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
133. The study of principles − such as natural selection and genetic mutations − that help a
species adapt to the environment and engage in similar behaviors is called _____.
a) behavioral genetics
b) environmental psychology
c) evolutionary psychology
d) Darwinian psychology
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Ans: c
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
134. _____ are threadlike strands of DNA molecules that carry genetic information.
a) Genes
b) Chromosomes
c) Stem cells
d) Heredity cells
Ans: b
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
135. DNA stands for _____.
a) Dextrose Nucleic Acid
b) Dimethol Nitrophenel Acetone
c) Drastically Novel Approach
d) Deoxyribonucleic acid
Ans: d
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
136. Genes are found on chromosomes and _____.
a) contain threadlike double-strands of DNA molecules
b) carry the code for hereditary transmission
c) are precursor cells that give birth to new cells
d) all of these options
Ans: b
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
43. 43
137. If a trait is recessive, this means it will take _____ gene(s) for the trait to manifest itself in
one's offspring.
a) 1 dominant
b) 2 recessive
c) 2 dominant
d) any of these options
Ans: b
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance.
Bloom’s Level: 1 Knowledge Base of Psychology
138. Tongue-curling is a dominant trait. If you can curl your tongue, this means that _____.
a) at least one of your parents can
b) everyone in your family can
c) both your parents have recessive genes for tongue-curling
d) A or C
Ans: a
Section Ref: Our Genetic Inheritance
Difficulty: Hard
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance.
Bloom’s Level: 3 Evaluation of Psychology
139. This is a measure of the degree to which a characteristic is related to genetic, inherited
factors.
a) heritability
b) inheritance
c) the biological ratio
d) the genome statistic
Ans: a
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
44. 44
140. It is likely that your genetics has absolutely nothing to do with the color of the shoes you
are wearing right now. This would mean that your choice of shoe color this morning has a
heritability estimate of _____.
a) -1
b) 0%
c) +1
d) 100%
Ans: b
Section Ref: Our Genetic Inheritance
Difficulty: Medium
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 2 Application of Psychology
141. Which type of twins can be helpful to researchers studying the contribution of genetics and
environmental for behavior?
a) Identical
b) Virtual
c) Fraternal
d) Both A and C
Ans: d
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
142. With regard to behavior, when adopted children resemble their adopted family’s behavior,
this is evidence for the _____.
a) Predominance of "nurture"
b) Predominance of "nature"
c) Interacting contributions of "nature" and "nurture"
d) Equal contributions of "nature" and "nurture"
Ans: a
Section Ref: Our Genetic Inheritance
Difficulty: Medium
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 2 Evaluation of Psychology
143. _____ are suspected causes in disorders such as Down syndrome, Alzheimer's disease,
and schizophrenia.
a) Strokes
45. 45
b) Genetic abnormalities
c) Hormonal abnormalities
d) All of these options
Ans: b
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
144. Evolutionary psychology is the branch of psychology that looks at _____.
a) how fossil discoveries affect behavior
b) the relationship between genes and the environment
c) the relationship between evolutionary changes and behavior
d) the effect of culture change on behavior
Ans: c
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
145. The term _____ refers to the evolutionary concept that those with adaptive genetic traits
will live and reproduce.
a) natural selection
b) evolution
c) survival of the fittest
d) all of these options
Ans: a
Section Ref: Our Genetic Inheritance
Difficulty: Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
146. Natural selection is MOST accurately summarized by the saying _____.
a) "Survival of the fittest"
b) "Might makes right"
c) "Only the good die young"
d) "Reproduction of the fittest"
Ans: d
46. 46
Section Ref: Our Genetic Inheritance
Difficulty: Medium Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
147. Genetic mutations are responsible for _____.
a) continuing, long-term improvement in plant and animal species
b) differences in concepts of beauty and religions in various cultures
c) changes in a species that helps them adapt to a particular environment
d) all of these options
Ans: c
Section Ref: Our Genetic Inheritance
Difficulty: Medium Easy
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 1 Knowledge Base of Psychology
148. With regard to gender and the brain, research has shown that:
a) variations between the sexes are larger than variations within each sex
b) variations between the sexes are smaller than variations within each sex
c) there are no variations within each sex
d) there are no variations between each sex
Ans: b
Section Ref: Our Genetic Inheritance
Difficulty: Hard
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 3 Evaluation of Psychology
149. The assumption of a twin study that is that identical and fraternal twins share have the
same degree of environmental overlap and differ only in genetic overlap. Which of the following
challenges this assumption and makes the interpretation of results from twin studies
problematic?
a) identical twins have more of the environment in common with each other than fraternal twins
b) fraternal twins have more of the environment in common with each other than identical twins
c) identical twins result from one fertilized zygote dividing and fraternal twins result from two
separate sperm cells
d) identical twins almost never behave identically
Ans: a
Section Ref: Our Genetic Inheritance
47. 47
Difficulty: Hard
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance.
Bloom’s Level: 3 Evaluation of Psychology
150. The finding that the offspring of a schizophrenic parent raised by a non-schizophrenic,
adoptive parent is just as likely to be diagnosed with the disorder later in life as an offspring
raised by his/her schizophrenic parent supports which of the following?
a) There is a stronger environmental contribution to schizophrenia
b) There is a stronger genetic contribution to schizophrenia
c) Neither the environment or genetics contribute to schizophrenia
d) Both the environment and genetics contribute equally
Ans: b
Page Ref: p. 51
Section Ref: Our Genetic Inheritance
Difficulty: Hard
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 3 Evaluation of Psychology
151. Research shows that people who have a genetic predisposition to depression are more
likely to display depressive episodes than people without the predisposition when they are not
coping effectively with environmental stress in their lives. This is evidence that
a) a genetic predisposition to depression is the only cause of the disorder
b) environmental stress is the only cause of depression
c) genetic predispositions interact with environmental stress to cause depression
d) neither genetic predispositions nor environmental stress cause the disorder
Ans: c
Section Ref: Our Genetic Inheritance
Difficulty: Hard
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 3 Evaluation of Psychology
152. Which of the following can be an explanation for the findings that females outperform
males on verbal tasks and males outperforms females on math and spatial tasks?
a) Biological differences such as better organization of neurons in the verbal hemispheres of
females
b) Social expectations such as being educated to believe math is a “masculine subject”
c) Social expectations such as being educated to believe language arts is a “feminine” subject
48. 48
d) All of the above
Ans: d
Section Ref: Our Genetic Inheritance
Difficulty: Hard
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance.
Bloom’s Level: 3 Evaluation of Psychology
153. Which of the following is a possible explanation for studies showing that as we age we
experience deficits in our speed in performing new tasks but not in our memory of factual
knowledge?
a) The deterioration of the myelin sheath over time reduces our ability to send neuronal
messages quickly
b) The connections between neurons die out because we increasingly lose more
neurotransmitters as we age.
c) As we age we continue to produce more neurons, making the information they code
impossible to track.
d) all of the above
Ans: a
Section Ref: Neural Bases of Behavior
Difficulty: Hard
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 3 Evaluation of Psychology
154. The finding that some functions are recovered more easily after brain injury than others
suggests
a) the brain regions to which these functions are localized are more plastic than other regions
b) the brain regions to which these functions are localized have an excessive amount of
dopamine
c) the brain regions to which these functions are localized have larger synapses between
neurons
d) all of the above
Ans: a
Section Ref: Our Nervous System’s Organization
Difficulty: Hard
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 3 Evaluation of Psychology
49. 49
155. Which of the following results suggests that the hypothalamus both produces and controls
hunger?
a) Removal of the hypothalamus in a laboratory mouse results in the mouse becoming
emaciated
b) Introducing an experimental lesion in the hypothalamus of laboratory mouse creates obesity
c) Electrically stimulating the hypothalamus of a laboratory mouse creates obesity
d) All of the above
Ans: d
Section Ref: Tour of the Brain
Difficulty: Hard
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions.
Bloom’s Level: 3 Evaluation of Psychology
156. Which of the following findings supports localization of function?
a) Removal of the parietal lobes of a laboratory dog results in a complete loss of function
b) Removal of the entire brain of a laboratory dog results in only a visual deficit
c) Electrically stimulating the motor area of a laboratory dog results in involuntary movements of
the hind leg
d) Electrically stimulating the motor area results in motor movements and bodily sensations
Ans: c
Section Ref: Tour Through the Brain
Difficulty: Hard
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 3 Evaluation of Psychology
Essay
157. Diagram a neuron with all of its major parts. Describe the functions of each part. Note:
Artistic ability will not be graded; accuracy will be.
Section Ref: Neural Bases of Behavior
Difficulty: Hard
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 3 Evaluation of Psychology
50. 50
158. Describe the electrochemical process that changes a resting potential into an action
potential. Include a statement about how neurotransmitters act to excite or inhibit action
potentials.
Section Ref: Neural Bases of Behavior
Difficulty: Hard
Objective: 2.2
Objective Text: Describe the key features and functions of the nervous and endocrine systems
Bloom’s Level: 3 Evaluation of Psychology
159. Outline the organization of the nervous system, detailing the levels of structure/functional
units.
Section Ref: Our Nervous System’s Organization
Difficulty: Hard
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 3 Evaluation of Psychology
160. Describe recent research regarding neuroplasticity and neurogenesis. Include the role of
stem cells in the treatment of various physical and neurological dysfunctions.
Section Ref: Our Nervous System’s Organization
Difficulty: Hard
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
161. Define the major functions of the spinal cord.
Section Ref: Our Nervous System’s Organization
Difficulty: Hard
Objective: 2.3
Objective Text: Summarize how our nervous system is divided and subdivided into several
interacting branches
Bloom’s Level: 3 Evaluation of Psychology
162. Describe the main functions and location of: the cerebellum, the three parts of the brain
stem, and the reticular formation.
Section Ref: Tour Through the Brain
Difficulty: Hard
51. 51
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 3 Evaluation of Psychology
163. Describe the location and main functions of the subcortical areas of the brain: the
thalamus, hypothalamus, and limbic system.
Section Ref: Tour Through the Brain
Difficulty: Hard
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions.
Bloom’s Level: 3 Evaluation of Psychology
164. Define/describe the structure and function of the cerebral cortex. Diagram the left
hemisphere of the brain; include its four lobes, the motor control area, somatosensory area,
Broca's area, and Wernicke's area. Describe the main functions of each of these lobes and
areas, including the "association" areas. Note: Artistic ability will not be graded; accuracy will be.
Section Ref: Tour Through the Brain
Difficulty: Hard
Objective: 2.4
Objective Text: Review our brain’s key structures and their respective functions
Bloom’s Level: 3 Evaluation of Psychology
165. Review the findings regarding evolution of sexual selection and gender differences.
Section Ref: Our Genetic Inheritance
Difficulty: Hard
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance.
Bloom’s Level: 3 Evaluation of Psychology
166. Define behavioral genetics, providing a description of the twin studies and adoption studies
used in this field. State three cautions related to heritability findings.
Section Ref: Our Genetic Inheritance
Difficulty: Hard
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 3 Evaluation of Psychology
52. 52
167. Describe the process of how neurotransmitters attach themselves to the receptor sites of
the dendrites on postsynaptic neurons and then how they go through reuptake to reach the
other side of the synapse again.
Section Ref: Our Genetic Inheritance
Difficulty: Hard
Objective: 2.1
Objective Text: Summarize the major factors contributing to our genetic inheritance
Bloom’s Level: 3 Evaluation of Psychology
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