The cerebral cortex functions as a combined center for sensory information and for a region of decision making for various types of motor output. The cerebral cortex is classified into three specialized areas: sensory areas, association areas, and motor areas.

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Answer 1

Question

Chapter 9, Problem 1RQ

Summary Introduction

Introduction: The cerebral cortex functions as a combined center for sensory information and for a region of decision making for various types of motor output. The cerebral cortex is classified into three specialized areas: sensory areas, association areas, and motor areas.

Expert Solution & Answer

Answer to Problem 1RQ

Correct answer: “The ability of human brains to change circuit connections and function in response to sensory input and past experience is known as plasticity”.

Explanation of Solution

The neural connections in the part of the brain called cerebrum, similar to those in other parts of the nervous system reveal a definite degree of plasticity. For example, if one finger of an individual is lost, then the areas of sensory and motor cortex which are previously dedicated to regulating finger do not get slowed down. Alternatively, adjacent areas of the cortex increase their function and acquire those parts of the cortex which are in no more use by the finger that is lost.

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Answer 2

Question

Chapter 9, Problem 1RQ

Summary Introduction

Introduction: The cerebral cortex functions as a combined center for sensory information and for a region of decision making for various types of motor output. The cerebral cortex is classified into three specialized areas: sensory areas, association areas, and motor areas.

Expert Solution & Answer

Answer to Problem 1RQ

Correct answer: “The ability of human brains to change circuit connections and function in response to sensory input and past experience is known as plasticity”.

Explanation of Solution

The neural connections in the part of the brain called cerebrum, similar to those in other parts of the nervous system reveal a definite degree of plasticity. For example, if one finger of an individual is lost, then the areas of sensory and motor cortex which are previously dedicated to regulating finger do not get slowed down. Alternatively, adjacent areas of the cortex increase their function and acquire those parts of the cortex which are in no more use by the finger that is lost.

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Answer 3

Question

Chapter 9, Problem 1RQ

Summary Introduction

Introduction: The cerebral cortex functions as a combined center for sensory information and for a region of decision making for various types of motor output. The cerebral cortex is classified into three specialized areas: sensory areas, association areas, and motor areas.

Expert Solution & Answer

Answer to Problem 1RQ

Correct answer: “The ability of human brains to change circuit connections and function in response to sensory input and past experience is known as plasticity”.

Explanation of Solution

The neural connections in the part of the brain called cerebrum, similar to those in other parts of the nervous system reveal a definite degree of plasticity. For example, if one finger of an individual is lost, then the areas of sensory and motor cortex which are previously dedicated to regulating finger do not get slowed down. Alternatively, adjacent areas of the cortex increase their function and acquire those parts of the cortex which are in no more use by the finger that is lost.

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Answer 4

Question

Chapter 9, Problem 1RQ

Summary Introduction

Introduction: The cerebral cortex functions as a combined center for sensory information and for a region of decision making for various types of motor output. The cerebral cortex is classified into three specialized areas: sensory areas, association areas, and motor areas.

Expert Solution & Answer

Answer to Problem 1RQ

Correct answer: “The ability of human brains to change circuit connections and function in response to sensory input and past experience is known as plasticity”.

Explanation of Solution

The neural connections in the part of the brain called cerebrum, similar to those in other parts of the nervous system reveal a definite degree of plasticity. For example, if one finger of an individual is lost, then the areas of sensory and motor cortex which are previously dedicated to regulating finger do not get slowed down. Alternatively, adjacent areas of the cortex increase their function and acquire those parts of the cortex which are in no more use by the finger that is lost.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 9, Problem 1RQ

Summary Introduction

Introduction: The cerebral cortex functions as a combined center for sensory information and for a region of decision making for various types of motor output. The cerebral cortex is classified into three specialized areas: sensory areas, association areas, and motor areas.

Expert Solution & Answer

Answer to Problem 1RQ

Correct answer: “The ability of human brains to change circuit connections and function in response to sensory input and past experience is known as plasticity”.

Explanation of Solution

The neural connections in the part of the brain called cerebrum, similar to those in other parts of the nervous system reveal a definite degree of plasticity. For example, if one finger of an individual is lost, then the areas of sensory and motor cortex which are previously dedicated to regulating finger do not get slowed down. Alternatively, adjacent areas of the cortex increase their function and acquire those parts of the cortex which are in no more use by the finger that is lost.

Answer 6

Chapter 9, Problem 1RQ

Summary Introduction

Introduction: The cerebral cortex functions as a combined center for sensory information and for a region of decision making for various types of motor output. The cerebral cortex is classified into three specialized areas: sensory areas, association areas, and motor areas.

Expert Solution & Answer

Answer to Problem 1RQ

Correct answer: “The ability of human brains to change circuit connections and function in response to sensory input and past experience is known as plasticity”.

Explanation of Solution

The neural connections in the part of the brain called cerebrum, similar to those in other parts of the nervous system reveal a definite degree of plasticity. For example, if one finger of an individual is lost, then the areas of sensory and motor cortex which are previously dedicated to regulating finger do not get slowed down. Alternatively, adjacent areas of the cortex increase their function and acquire those parts of the cortex which are in no more use by the finger that is lost.

Answer 7

Chapter 9, Problem 1RQ

Summary Introduction

Introduction: The cerebral cortex functions as a combined center for sensory information and for a region of decision making for various types of motor output. The cerebral cortex is classified into three specialized areas: sensory areas, association areas, and motor areas.

Answer 8

Expert Solution & Answer

Answer to Problem 1RQ

Correct answer: “The ability of human brains to change circuit connections and function in response to sensory input and past experience is known as plasticity”.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

The neural connections in the part of the brain called cerebrum, similar to those in other parts of the nervous system reveal a definite degree of plasticity. For example, if one finger of an individual is lost, then the areas of sensory and motor cortex which are previously dedicated to regulating finger do not get slowed down. Alternatively, adjacent areas of the cortex increase their function and acquire those parts of the cortex which are in no more use by the finger that is lost.