. Write the balanced chemical equation describing the dissolving of each of the following sparingly soluble salts in water. Write the expression for K s p for each process. a. NiS(s) c. BaCrO 4 (s) b. CuCO 3 (s) d. Ag 3 PO 4 (s)

Question

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Answer 1

Textbook Question

Chapter 17, Problem 58QAP

. Write the balanced chemical equation describing the dissolving of each of the following sparingly soluble salts in water. Write the expression for K_s_pfor each process.

a. NiS(s)

c. BaCrO₄(s)

b. CuCO₃(s)

d. Ag₃PO₄(s)

Expert Solution

Interpretation Introduction

(a)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The forward reaction shows the dissolution of $NiS(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The forward reaction shows the dissolving of $CuCO3(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The forward reaction shows the dissolving of $BaCrO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(d)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The forward reaction shows the dissolving of $Ag3PO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

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Answer 2

Textbook Question

Chapter 17, Problem 58QAP

. Write the balanced chemical equation describing the dissolving of each of the following sparingly soluble salts in water. Write the expression for K_s_pfor each process.

a. NiS(s)

c. BaCrO₄(s)

b. CuCO₃(s)

d. Ag₃PO₄(s)

Expert Solution

Interpretation Introduction

(a)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The forward reaction shows the dissolution of $NiS(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The forward reaction shows the dissolving of $CuCO3(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The forward reaction shows the dissolving of $BaCrO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(d)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The forward reaction shows the dissolving of $Ag3PO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

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Answer 3

Textbook Question

Chapter 17, Problem 58QAP

. Write the balanced chemical equation describing the dissolving of each of the following sparingly soluble salts in water. Write the expression for K_s_pfor each process.

a. NiS(s)

c. BaCrO₄(s)

b. CuCO₃(s)

d. Ag₃PO₄(s)

Expert Solution

Interpretation Introduction

(a)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The forward reaction shows the dissolution of $NiS(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The forward reaction shows the dissolving of $CuCO3(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The forward reaction shows the dissolving of $BaCrO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(d)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The forward reaction shows the dissolving of $Ag3PO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

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Answer 4

Textbook Question

Chapter 17, Problem 58QAP

. Write the balanced chemical equation describing the dissolving of each of the following sparingly soluble salts in water. Write the expression for K_s_pfor each process.

a. NiS(s)

c. BaCrO₄(s)

b. CuCO₃(s)

d. Ag₃PO₄(s)

Expert Solution

Interpretation Introduction

(a)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The forward reaction shows the dissolution of $NiS(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The forward reaction shows the dissolving of $CuCO3(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The forward reaction shows the dissolving of $BaCrO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(d)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The forward reaction shows the dissolving of $Ag3PO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution

Interpretation Introduction

(a)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The forward reaction shows the dissolution of $NiS(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The forward reaction shows the dissolving of $CuCO3(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The forward reaction shows the dissolving of $BaCrO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Expert Solution

Interpretation Introduction

(d)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The forward reaction shows the dissolving of $Ag3PO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

Answer 8

Expert Solution

Interpretation Introduction

(a)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The forward reaction shows the dissolution of $NiS(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Answer 9

Expert Solution

Answer 10

Expert Solution

Answer 11

Expert Solution

Answer 12

Interpretation Introduction

(a)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer 13

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Answer 14

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $NiS(s)$ in water is,

$NiS(s)⇌Ni2+(aq)+S2−(aq)$

The forward reaction shows the dissolution of $NiS(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $NiS(s)$ is,

$Ksp=[Ni2+][S2−]$

Where, $Ksp$ is the solubility product.

Answer 15

Expert Solution

Interpretation Introduction

(b)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The forward reaction shows the dissolving of $CuCO3(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Answer 16

Expert Solution

Answer 17

Expert Solution

Answer 18

Expert Solution

Answer 19

Interpretation Introduction

(b)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer 20

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Answer 21

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $CuCO3(s)$ in water is,

$CuCO3(s)⇌Cu2+(aq)+CO32−(aq)$

The forward reaction shows the dissolving of $CuCO3(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $CuCO3(s)$ is,

$Ksp=[Cu2+][CO32−]$

Where, $Ksp$ is the solubility product.

Answer 22

Expert Solution

Interpretation Introduction

(c)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The forward reaction shows the dissolving of $BaCrO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Answer 23

Expert Solution

Answer 24

Expert Solution

Answer 25

Expert Solution

Answer 26

Interpretation Introduction

(c)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer 27

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Answer 28

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $BaCrO4(s)$ in water is,

$BaCrO4(s)⇌Ba2+(aq)+CrO42−(aq)$

The forward reaction shows the dissolving of $BaCrO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $BaCrO4(s)$ is,

$Ksp=[Ba2+][CrO42−]$

Where, $Ksp$ is the solubility product.

Answer 29

Expert Solution

Interpretation Introduction

(d)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.

Answer to Problem 58QAP

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

Explanation of Solution

The balanced equation for the reaction describing the dissolving of $Ag3PO4(s)$ in water is,

$Ag3PO4(s)⇌Ag+(aq)+PO43−(aq)$

The forward reaction shows the dissolving of $Ag3PO4(s)$ and backward reaction shows the reformation of the solid.

The solubility product for $Ag3PO4(s)$ is,

$Ksp=[Ag+][PO43−]$

Where, $Ksp$ is the solubility product.

Answer 30

Expert Solution

Answer 31

Expert Solution

Answer 32

Expert Solution

Answer 33

Interpretation Introduction

(d)

Interpretation:

The balanced equation for the reaction describing the dissolution of the given sparingly soluble salt in water is to be stated. The $Ksp$ expression for the given sparingly soluble salt is to be stated.

Concept Introduction:

The solubility product is represented by $Ksp$ . The solubility product describes the solubility of the solid substance in the solvent at the particular temperature. The term “solubility product” is only used for those substances that are not completely soluble in water.