The all-or-none law and how it applies to an action potential, other properties of the action potential are in contrast to the local potential. Introduction: An action potential is a more considerable change formed by voltage-gated ion channels in the membrane. Any change in the resting membrane potential of a nerve cell produced by a stimulus opening ligand regulated Na+ gate in the plasma membrane of the neuron. The all-or-none is followed by action potential.

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Answer 1

Question

Chapter 12.4, Problem 6AYLO

Summary Introduction

To discuss:

The all-or-none law and how it applies to an action potential, other properties of the action potential are in contrast to the local potential.

Introduction:

An action potential is a more considerable change formed by voltage-gated ion channels in the membrane. Any change in the resting membrane potential of a nerve cell produced by a stimulus opening ligand regulated Na+ gate in the plasma membrane of the neuron. The all-or-none is followed by action potential.

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Answer 2

Question

Chapter 12.4, Problem 6AYLO

Summary Introduction

To discuss:

The all-or-none law and how it applies to an action potential, other properties of the action potential are in contrast to the local potential.

Introduction:

An action potential is a more considerable change formed by voltage-gated ion channels in the membrane. Any change in the resting membrane potential of a nerve cell produced by a stimulus opening ligand regulated Na+ gate in the plasma membrane of the neuron. The all-or-none is followed by action potential.

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Answer 3

Question

Chapter 12.4, Problem 6AYLO

Summary Introduction

To discuss:

The all-or-none law and how it applies to an action potential, other properties of the action potential are in contrast to the local potential.

Introduction:

An action potential is a more considerable change formed by voltage-gated ion channels in the membrane. Any change in the resting membrane potential of a nerve cell produced by a stimulus opening ligand regulated Na+ gate in the plasma membrane of the neuron. The all-or-none is followed by action potential.

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Answer 4

Question

Chapter 12.4, Problem 6AYLO

Summary Introduction

To discuss:

The all-or-none law and how it applies to an action potential, other properties of the action potential are in contrast to the local potential.

Introduction:

An action potential is a more considerable change formed by voltage-gated ion channels in the membrane. Any change in the resting membrane potential of a nerve cell produced by a stimulus opening ligand regulated Na+ gate in the plasma membrane of the neuron. The all-or-none is followed by action potential.

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Answer 5

Chapter 12.4, Problem 6AYLO

Summary Introduction

To discuss:

The all-or-none law and how it applies to an action potential, other properties of the action potential are in contrast to the local potential.

Introduction:

An action potential is a more considerable change formed by voltage-gated ion channels in the membrane. Any change in the resting membrane potential of a nerve cell produced by a stimulus opening ligand regulated Na+ gate in the plasma membrane of the neuron. The all-or-none is followed by action potential.

Answer 6

Chapter 12.4, Problem 6AYLO

Summary Introduction

To discuss:

The all-or-none law and how it applies to an action potential, other properties of the action potential are in contrast to the local potential.

Introduction:

An action potential is a more considerable change formed by voltage-gated ion channels in the membrane. Any change in the resting membrane potential of a nerve cell produced by a stimulus opening ligand regulated Na+ gate in the plasma membrane of the neuron. The all-or-none is followed by action potential.

Answer 7

Chapter 12.4, Problem 6AYLO

Summary Introduction

To discuss:

The all-or-none law and how it applies to an action potential, other properties of the action potential are in contrast to the local potential.

Introduction:

An action potential is a more considerable change formed by voltage-gated ion channels in the membrane. Any change in the resting membrane potential of a nerve cell produced by a stimulus opening ligand regulated Na+ gate in the plasma membrane of the neuron. The all-or-none is followed by action potential.

Answer 8

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Answer 10

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Answer 11

Ch. 12.1 - What is a receptor? Give two examples of...Ch. 12.1 - Distinguish between the central and peripheral...Ch. 12.1 - Prob. 3BYGO Ch. 12.1 - What the nervous and endocrine systems have in...Ch. 12.1 - Three fundamental functions of the nervous system;...Ch. 12.1 - Differences between the central nervous system...Ch. 12.1 - The autonomic nervous system and its two divisions Ch. 12.2 - Sketch a multipolar neuron and label its...Ch. 12.2 - Explain the differences between a sensory neuron,...Ch. 12.2 - Prob. 6BYGO

Solution Summary: The author explains the all-or-none law and how it applies to an action potential.

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