Balanced chemical equation for the dissociation of KNO 3 dissolves in water has to be determined. Concept-Introduction: Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution. There are two types of electrolytes, Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts. Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current . Weak electrolytes include weak acids and weak bases. Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

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Answer 1

Question

Chapter 10, Problem 10.134EP

(a)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of KNO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(b)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of Na2CO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(c)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of MgCl2 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(d)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of K3N dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

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Answer 2

Question

Chapter 10, Problem 10.134EP

(a)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of KNO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(b)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of Na2CO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(c)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of MgCl2 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(d)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of K3N dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

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Answer 3

Question

Chapter 10, Problem 10.134EP

(a)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of KNO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(b)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of Na2CO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(c)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of MgCl2 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(d)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of K3N dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

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Answer 4

Question

Chapter 10, Problem 10.134EP

(a)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of KNO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(b)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of Na2CO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(c)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of MgCl2 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(d)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of K3N dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

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Answer 5

Chapter 10, Problem 10.134EP

(a)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of KNO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(b)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of Na2CO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(c)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of MgCl2 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

(d)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of K3N dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

Answer 6

Chapter 10, Problem 10.134EP

(a)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of KNO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

Answer 7

Chapter 10, Problem 10.134EP

(a)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of KNO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

Answer 8

(b)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of Na2CO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

Answer 9

(b)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of Na2CO3 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

Answer 10

(c)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of MgCl2 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

Answer 11

(c)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of MgCl2 dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

Answer 12

(d)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of K3N dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

Answer 13

(d)

Interpretation Introduction

Interpretation:

Balanced chemical equation for the dissociation of K3N dissolves in water has to be determined.

Concept-Introduction:

Electrolyte: It is a substance that is able to conduct electricity in its aqueous solution. This is due to presence of charged particles (ions) in the aqueous solution.

There are two types of electrolytes,

Strong electrolyte: These are substances that can completely or almost completely dissociates to their corresponding ions in the aqueous solution. Strong electrolytes give solutions that are strongly conducting. Strong electrolyte includes all strong bases and strong acids and all soluble salts.

Weak electrolyte: These are substances that dissociates incompletely into corresponding ion in aqueous solution. Weak electrolytes give solutions that are intermediate between those having strong electrolytes and those having nonelectrolytes in their ability to conduct an electric current. Weak electrolytes include weak acids and weak bases.

Nonelectrolyte: It is a substance that does not conduct electricity in its aqueous solution. Glucose, table sugar are examples for nonelectrolytes.

Answer 14

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Answer 15

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Answer 16

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Answer 17

Ch. 10.1 - In an Arrhenius acidbase theory context, the...Ch. 10.1 - In an Arrhenius acidbase theory context, the...Ch. 10.1 - Which of the following statements concerning...Ch. 10.2 - Prob. 1QQ Ch. 10.2 - For the chemical reaction N3 + H2O HN3 + OH, the...Ch. 10.2 - The chemical formula for the conjugate acid of ClO...Ch. 10.2 - Which of the following is a conjugate acidbase...Ch. 10.2 - Prob. 5QQ Ch. 10.3 - Which of the following is not a polyprotic acid?...Ch. 10.3 - For the triprotic acid H3PO4, the reactant in the...

Solution Summary: The author explains how the balanced chemical equation for the dissociation of KNO_ 3 dissolves in water.

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