(a) Interpretation: The strongest reducing agent among the ions in central column of the given table needs to be determined. Concept introduction: The oxidizing agents oxidize any reaction, but they get reduced during this process. The reducing agents reduce the reaction but they themselves get oxidized. In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation. For any cation: The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger. The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

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Answer 1

Question

Chapter 20, Problem 40QAP

Interpretation Introduction

(a)

Interpretation:

The strongest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(b)

Interpretation:

The strongest oxidizing agent among the ions in central column of the given table needs tobe determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(c)

Interpretation:

The weakest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self-oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(d)

Interpretation:

The weakest oxidizing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

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Answer 2

Question

Chapter 20, Problem 40QAP

Interpretation Introduction

(a)

Interpretation:

The strongest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(b)

Interpretation:

The strongest oxidizing agent among the ions in central column of the given table needs tobe determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(c)

Interpretation:

The weakest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self-oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(d)

Interpretation:

The weakest oxidizing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

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Answer 3

Question

Chapter 20, Problem 40QAP

Interpretation Introduction

(a)

Interpretation:

The strongest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(b)

Interpretation:

The strongest oxidizing agent among the ions in central column of the given table needs tobe determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(c)

Interpretation:

The weakest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self-oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(d)

Interpretation:

The weakest oxidizing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

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Answer 4

Question

Chapter 20, Problem 40QAP

Interpretation Introduction

(a)

Interpretation:

The strongest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(b)

Interpretation:

The strongest oxidizing agent among the ions in central column of the given table needs tobe determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(c)

Interpretation:

The weakest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self-oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(d)

Interpretation:

The weakest oxidizing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

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Answer 5

Chapter 20, Problem 40QAP

Interpretation Introduction

(a)

Interpretation:

The strongest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(b)

Interpretation:

The strongest oxidizing agent among the ions in central column of the given table needs tobe determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(c)

Interpretation:

The weakest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self-oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Interpretation Introduction

(d)

Interpretation:

The weakest oxidizing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Answer 6

Chapter 20, Problem 40QAP

Interpretation Introduction

(a)

Interpretation:

The strongest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Answer 7

Chapter 20, Problem 40QAP

Interpretation Introduction

(a)

Interpretation:

The strongest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Answer 8

Interpretation Introduction

(b)

Interpretation:

The strongest oxidizing agent among the ions in central column of the given table needs tobe determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Answer 9

Interpretation Introduction

(b)

Interpretation:

The strongest oxidizing agent among the ions in central column of the given table needs tobe determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Answer 10

Interpretation Introduction

(c)

Interpretation:

The weakest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self-oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Answer 11

Interpretation Introduction

(c)

Interpretation:

The weakest reducing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction, but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self-oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Answer 12

Interpretation Introduction

(d)

Interpretation:

The weakest oxidizing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Answer 13

Interpretation Introduction

(d)

Interpretation:

The weakest oxidizing agent among the ions in central column of the given table needs to be determined.

Concept introduction:

The oxidizing agents oxidize any reaction but they get reduced during this process.

The reducing agents reduce the reaction but they themselves get oxidized.

In the given table of standard reduction potential, the nature of cations can be predicted to oxidizing or reducing on behalf of following observation.

For any cation:

The more positive the reduction potential, easier will be the self reduction and hence the oxidizing agent will be stronger.

The more negative (or least positive) the reduction potential, easier will be self oxidation as the oxidation potential value will be more positive, and hence the reducing agent will be stronger.

Answer 14

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Answer 15

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Answer 16

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Answer 17

Ch. 20 - Write a balanced equation to represent the...Ch. 20 - Write a balanced equation to represent the...Ch. 20 - Write a balanced equation to represent (a) the...Ch. 20 - Prob. 4QAP Ch. 20 - Prob. 5QAP Ch. 20 - Prob. 6QAP Ch. 20 - Prob. 7QAP Ch. 20 - Prob. 8QAP Ch. 20 - Prob. 9QAP Ch. 20 - Zinc is produced by electrolytic refining. The...

Solution Summary: The author explains that the strongest oxidizing agent among the ions in central column of the given table needs to be determined.

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