The species getting oxidized by 1M HCl needs to be identified. Concept introduction: A reducing or a reductant is a species that loses electron/s and gets oxidized in the chemical reaction . The reducing agent is usually in one of its lower probable oxidation states, is recognized as the electron donor. Since, the reducing agent in the redox reaction loses electron/s, reducing agent gets oxidized. An oxidizing agent is an agent which gains the electrons and get reduced within the chemical reaction. It is also recognized as electron acceptor; it is usually in one of its higher probable oxidation states so that it can reduce after accepting electron/s. Spontaneity of a reaction is dependent on the free energy sign that is Δ G o . It should be negative for a reaction to be spontaneous. Since, Δ G = − n F E o Here, n = number of electrons involved in reaction and F is faraday constant. If the value of E° for a reaction is positive, then the reaction occurs spontaneous.

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Answer 1

Question

Chapter 17, Problem 45QAP

Interpretation Introduction

Interpretation:

The species getting oxidized by 1M HCl needs to be identified.

Concept introduction:

A reducing or a reductant is a species that loses electron/s and gets oxidized in the chemical reaction. The reducing agent is usually in one of its lower probable oxidation states, is recognized as the electron donor. Since, the reducing agent in the redox reaction loses electron/s, reducing agent gets oxidized.

An oxidizing agent is an agent which gains the electrons and get reduced within the chemical reaction. It is also recognized as electron acceptor; it is usually in one of its higher probable oxidation states so that it can reduce after accepting electron/s.

Spontaneity of a reaction is dependent on the free energy sign that is ΔGo. It should be negative for a reaction to be spontaneous.

Since,

ΔG=−nFEo

Here, n = number of electrons involved in reaction and F is faraday constant.

If the value of E° for a reaction is positive, then the reaction occurs spontaneous.

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Answer 2

Question

Chapter 17, Problem 45QAP

Interpretation Introduction

Interpretation:

The species getting oxidized by 1M HCl needs to be identified.

Concept introduction:

A reducing or a reductant is a species that loses electron/s and gets oxidized in the chemical reaction. The reducing agent is usually in one of its lower probable oxidation states, is recognized as the electron donor. Since, the reducing agent in the redox reaction loses electron/s, reducing agent gets oxidized.

An oxidizing agent is an agent which gains the electrons and get reduced within the chemical reaction. It is also recognized as electron acceptor; it is usually in one of its higher probable oxidation states so that it can reduce after accepting electron/s.

Spontaneity of a reaction is dependent on the free energy sign that is ΔGo. It should be negative for a reaction to be spontaneous.

Since,

ΔG=−nFEo

Here, n = number of electrons involved in reaction and F is faraday constant.

If the value of E° for a reaction is positive, then the reaction occurs spontaneous.

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Answer 3

Question

Chapter 17, Problem 45QAP

Interpretation Introduction

Interpretation:

The species getting oxidized by 1M HCl needs to be identified.

Concept introduction:

A reducing or a reductant is a species that loses electron/s and gets oxidized in the chemical reaction. The reducing agent is usually in one of its lower probable oxidation states, is recognized as the electron donor. Since, the reducing agent in the redox reaction loses electron/s, reducing agent gets oxidized.

An oxidizing agent is an agent which gains the electrons and get reduced within the chemical reaction. It is also recognized as electron acceptor; it is usually in one of its higher probable oxidation states so that it can reduce after accepting electron/s.

Spontaneity of a reaction is dependent on the free energy sign that is ΔGo. It should be negative for a reaction to be spontaneous.

Since,

ΔG=−nFEo

Here, n = number of electrons involved in reaction and F is faraday constant.

If the value of E° for a reaction is positive, then the reaction occurs spontaneous.

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Answer 4

Question

Chapter 17, Problem 45QAP

Interpretation Introduction

Interpretation:

The species getting oxidized by 1M HCl needs to be identified.

Concept introduction:

A reducing or a reductant is a species that loses electron/s and gets oxidized in the chemical reaction. The reducing agent is usually in one of its lower probable oxidation states, is recognized as the electron donor. Since, the reducing agent in the redox reaction loses electron/s, reducing agent gets oxidized.

An oxidizing agent is an agent which gains the electrons and get reduced within the chemical reaction. It is also recognized as electron acceptor; it is usually in one of its higher probable oxidation states so that it can reduce after accepting electron/s.

Spontaneity of a reaction is dependent on the free energy sign that is ΔGo. It should be negative for a reaction to be spontaneous.

Since,

ΔG=−nFEo

Here, n = number of electrons involved in reaction and F is faraday constant.

If the value of E° for a reaction is positive, then the reaction occurs spontaneous.

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Answer 5

Chapter 17, Problem 45QAP

Interpretation Introduction

Interpretation:

The species getting oxidized by 1M HCl needs to be identified.

Concept introduction:

A reducing or a reductant is a species that loses electron/s and gets oxidized in the chemical reaction. The reducing agent is usually in one of its lower probable oxidation states, is recognized as the electron donor. Since, the reducing agent in the redox reaction loses electron/s, reducing agent gets oxidized.

An oxidizing agent is an agent which gains the electrons and get reduced within the chemical reaction. It is also recognized as electron acceptor; it is usually in one of its higher probable oxidation states so that it can reduce after accepting electron/s.

Spontaneity of a reaction is dependent on the free energy sign that is ΔGo. It should be negative for a reaction to be spontaneous.

Since,

ΔG=−nFEo

Here, n = number of electrons involved in reaction and F is faraday constant.

If the value of E° for a reaction is positive, then the reaction occurs spontaneous.

Answer 6

Chapter 17, Problem 45QAP

Interpretation Introduction

Interpretation:

The species getting oxidized by 1M HCl needs to be identified.

Concept introduction:

A reducing or a reductant is a species that loses electron/s and gets oxidized in the chemical reaction. The reducing agent is usually in one of its lower probable oxidation states, is recognized as the electron donor. Since, the reducing agent in the redox reaction loses electron/s, reducing agent gets oxidized.

An oxidizing agent is an agent which gains the electrons and get reduced within the chemical reaction. It is also recognized as electron acceptor; it is usually in one of its higher probable oxidation states so that it can reduce after accepting electron/s.

Spontaneity of a reaction is dependent on the free energy sign that is ΔGo. It should be negative for a reaction to be spontaneous.

Since,

ΔG=−nFEo

Here, n = number of electrons involved in reaction and F is faraday constant.

If the value of E° for a reaction is positive, then the reaction occurs spontaneous.

Answer 7

Chapter 17, Problem 45QAP

Interpretation Introduction

Interpretation:

The species getting oxidized by 1M HCl needs to be identified.

Concept introduction:

A reducing or a reductant is a species that loses electron/s and gets oxidized in the chemical reaction. The reducing agent is usually in one of its lower probable oxidation states, is recognized as the electron donor. Since, the reducing agent in the redox reaction loses electron/s, reducing agent gets oxidized.

An oxidizing agent is an agent which gains the electrons and get reduced within the chemical reaction. It is also recognized as electron acceptor; it is usually in one of its higher probable oxidation states so that it can reduce after accepting electron/s.

Spontaneity of a reaction is dependent on the free energy sign that is ΔGo. It should be negative for a reaction to be spontaneous.

Since,

ΔG=−nFEo

Here, n = number of electrons involved in reaction and F is faraday constant.

If the value of E° for a reaction is positive, then the reaction occurs spontaneous.

Answer 8

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Answer 9

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Answer 11

Ch. 17 - Balance the following half-equations. Balance (a)...Ch. 17 - Balance the following half-equations. Balance (a)...Ch. 17 - Prob. 3QAP Ch. 17 - Balance the following reactions in acid: (a)...Ch. 17 - Write balanced equations for the following...Ch. 17 - Write balanced equations for the following...Ch. 17 - Prob. 7QAP Ch. 17 - Write balanced net ionic equations for the...Ch. 17 - Write balanced net ionic equations for the...Ch. 17 - Prob. 10QAP

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