(a) Interpretation: The conjugate base for the acid should be determined. Concept Introduction: Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed. For example, if HA is an acid, the reaction for formation of conjugate base will be as follows: HA → H + +A − Here, A − is conjugate base. Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows: BOH → B + +OH − Here, B + is conjugate acid. Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

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Answer 1

Question

Chapter 16, Problem 13QAP

Interpretation Introduction

(a)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(b)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(c)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(d)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

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Answer 2

Question

Chapter 16, Problem 13QAP

Interpretation Introduction

(a)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(b)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(c)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(d)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

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Answer 3

Question

Chapter 16, Problem 13QAP

Interpretation Introduction

(a)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(b)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(c)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(d)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

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Answer 4

Question

Chapter 16, Problem 13QAP

Interpretation Introduction

(a)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(b)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(c)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(d)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

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Answer 5

Chapter 16, Problem 13QAP

Interpretation Introduction

(a)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(b)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(c)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Interpretation Introduction

(d)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Answer 6

Chapter 16, Problem 13QAP

Interpretation Introduction

(a)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Answer 7

Chapter 16, Problem 13QAP

Interpretation Introduction

(a)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Answer 8

Interpretation Introduction

(b)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Answer 9

Interpretation Introduction

(b)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Answer 10

Interpretation Introduction

(c)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Answer 11

Interpretation Introduction

(c)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Answer 12

Interpretation Introduction

(d)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Answer 13

Interpretation Introduction

(d)

Interpretation:

The conjugate base for the acid should be determined.

Concept Introduction:

Acid is defined as a substance that gives hydrogen ion/s in the aqueous solution. Similarly, base is a substance that gives hydroxide ions in the aqueous solution. When a acid gives its hydrogen ion, conjugate base is formed and when a base gives its hydroxide ion, conjugate acid is formed.

For example, if HA is an acid, the reaction for formation of conjugate base will be as follows:

HA→H++A−

Here, A− is conjugate base.

Similarly, if BOH is a base, the reaction for formation of conjugate acid will be as follows:

BOH→B++OH−

Here, B+ is conjugate acid.

Thus, a conjugate base can accept hydrogen ion and conjugate base can accept hydroxide ion.

Answer 14

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Answer 15

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Answer 16

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Answer 17

Ch. 16.1 - Exercise 16.1 Which of the following represent...Ch. 16.2 - Vinegar contains acetic acid and is used in salad...Ch. 16.3 - Exercise 16.2 Calculate [H+] in a solution in...Ch. 16.4 - Prob. 16.3SC Ch. 16.4 - Prob. 1CT Ch. 16.4 - Prob. 16.4SC Ch. 16.4 - Exercise 16.5 The pH of rainwater in a polluted...Ch. 16.4 - Exercise 16.6 The pOH of a liquid drain cleaner...Ch. 16.5 - Exercise 16.7 Calculate the pH of a solution of...Ch. 16 - You are asked for the H+ concentration in a...

Solution Summary: The author explains that acid gives hydrogen ion/s in the aqueous solution, whereas base gives hydroxide ions.

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