The electrochemical gradient is produced by a combination of two forces. The chemical force which facilitates the diffusion of ions through the plasma membrane based on the ionic concentration gradient. The electrical force occurs due to the effect of the membrane potential due to the movement of ions. These two forces act together and produce an electrochemical gradient.

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Answer 1

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Chapter 33.2, Problem 1TYK

Summary Introduction

Introduction: The electrochemical gradient is produced by a combination of two forces. The chemical force which facilitates the diffusion of ions through the plasma membrane based on the ionic concentration gradient. The electrical force occurs due to the effect of the membrane potential due to the movement of ions. These two forces act together and produce an electrochemical gradient.

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Answer 2

Question

Chapter 33.2, Problem 1TYK

Summary Introduction

Introduction: The electrochemical gradient is produced by a combination of two forces. The chemical force which facilitates the diffusion of ions through the plasma membrane based on the ionic concentration gradient. The electrical force occurs due to the effect of the membrane potential due to the movement of ions. These two forces act together and produce an electrochemical gradient.

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Answer 3

Question

Chapter 33.2, Problem 1TYK

Summary Introduction

Introduction: The electrochemical gradient is produced by a combination of two forces. The chemical force which facilitates the diffusion of ions through the plasma membrane based on the ionic concentration gradient. The electrical force occurs due to the effect of the membrane potential due to the movement of ions. These two forces act together and produce an electrochemical gradient.

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Answer 4

Question

Chapter 33.2, Problem 1TYK

Summary Introduction

Introduction: The electrochemical gradient is produced by a combination of two forces. The chemical force which facilitates the diffusion of ions through the plasma membrane based on the ionic concentration gradient. The electrical force occurs due to the effect of the membrane potential due to the movement of ions. These two forces act together and produce an electrochemical gradient.

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Answer 5

Chapter 33.2, Problem 1TYK

Summary Introduction

Introduction: The electrochemical gradient is produced by a combination of two forces. The chemical force which facilitates the diffusion of ions through the plasma membrane based on the ionic concentration gradient. The electrical force occurs due to the effect of the membrane potential due to the movement of ions. These two forces act together and produce an electrochemical gradient.

Answer 6

Chapter 33.2, Problem 1TYK

Summary Introduction

Introduction: The electrochemical gradient is produced by a combination of two forces. The chemical force which facilitates the diffusion of ions through the plasma membrane based on the ionic concentration gradient. The electrical force occurs due to the effect of the membrane potential due to the movement of ions. These two forces act together and produce an electrochemical gradient.

Answer 7

Chapter 33.2, Problem 1TYK

Summary Introduction

Introduction: The electrochemical gradient is produced by a combination of two forces. The chemical force which facilitates the diffusion of ions through the plasma membrane based on the ionic concentration gradient. The electrical force occurs due to the effect of the membrane potential due to the movement of ions. These two forces act together and produce an electrochemical gradient.

Answer 8

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Answer 10

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Answer 11

Ch. 33.1 - Which of the following is false? The CNS of...Ch. 33.1 - Prob. 2TYK Ch. 33.1 - Prob. 1CC Ch. 33.2 - Prob. 1CC Ch. 33.2 - Prob. 1BC Ch. 33.2 - Prob. 1TYK Ch. 33.2 - The resting membrane potential occurs because the...Ch. 33.3 - Are ions the only substances that can move through...Ch. 33.3 - Prob. 1CC Ch. 33.3 - Prob. 2CC

Solution Summary: The author explains that the electrochemical gradient is produced by a combination of two forces. The chemical force facilitates the diffusion of ions through the plasma membrane based on the ionic concentration gradient.

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