The molarity of hydrogen iodide ( HI ) after 6 days reaction time has to be calculated. Concept introduction: Integrated rate law for a second order reaction: A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power. Rate = - Δ [ A ] Δt = k [ A ] 2 Integrated rate law for a second order reaction is given below 1 [ A ] t = kt + 1 [ A ] 0 where, [ A ] 0 - concentration of A at time t = 0 [ A ] t - concentration of A after time t k - rate constant

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Answer 1

Question

Chapter 12, Problem 12.57SP

(a)

Interpretation Introduction

Interpretation:

The molarity of hydrogen iodide (HI) after 6 days reaction time has to be calculated.

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

(b)

Interpretation Introduction

Interpretation:

The time required to reach the concentration of HIto 0.085 M has to be calculated

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

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Answer 2

Question

Chapter 12, Problem 12.57SP

(a)

Interpretation Introduction

Interpretation:

The molarity of hydrogen iodide (HI) after 6 days reaction time has to be calculated.

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

(b)

Interpretation Introduction

Interpretation:

The time required to reach the concentration of HIto 0.085 M has to be calculated

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

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Answer 3

Question

Chapter 12, Problem 12.57SP

(a)

Interpretation Introduction

Interpretation:

The molarity of hydrogen iodide (HI) after 6 days reaction time has to be calculated.

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

(b)

Interpretation Introduction

Interpretation:

The time required to reach the concentration of HIto 0.085 M has to be calculated

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

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Answer 4

Question

Chapter 12, Problem 12.57SP

(a)

Interpretation Introduction

Interpretation:

The molarity of hydrogen iodide (HI) after 6 days reaction time has to be calculated.

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

(b)

Interpretation Introduction

Interpretation:

The time required to reach the concentration of HIto 0.085 M has to be calculated

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

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Answer 5

Chapter 12, Problem 12.57SP

(a)

Interpretation Introduction

Interpretation:

The molarity of hydrogen iodide (HI) after 6 days reaction time has to be calculated.

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

(b)

Interpretation Introduction

Interpretation:

The time required to reach the concentration of HIto 0.085 M has to be calculated

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

Answer 6

Chapter 12, Problem 12.57SP

(a)

Interpretation Introduction

Interpretation:

The molarity of hydrogen iodide (HI) after 6 days reaction time has to be calculated.

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

Answer 7

Chapter 12, Problem 12.57SP

(a)

Interpretation Introduction

Interpretation:

The molarity of hydrogen iodide (HI) after 6 days reaction time has to be calculated.

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

Answer 8

(b)

Interpretation Introduction

Interpretation:

The time required to reach the concentration of HIto 0.085 M has to be calculated

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

Answer 9

(b)

Interpretation Introduction

Interpretation:

The time required to reach the concentration of HIto 0.085 M has to be calculated

Concept introduction:

Integrated rate law for a second order reaction:

A second order reaction is defined as the reaction whose rate depends on the concentration of two reactants raised to the first power or of an only one reactant raised to the second power.

Rate = - Δ[A]Δt = k [A]2

Integrated rate law for a second order reaction is given below

1[A]t = kt + 1[A]0where, [A]0 - concentration of A at time t = 0 [A]t - concentration of A after time t k - rate constant

Answer 10

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Answer 11

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Answer 12

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Answer 13

Ch. 12.1 - The oxidation of iodide ion by arsenic acid,...Ch. 12.1 - Prob. 12.2P Ch. 12.2 - Consider the last two reactions in Table 12.2....Ch. 12.3 - The oxidation of iodide ion by hydrogen peroxide...Ch. 12.3 - Prob. 12.5P Ch. 12.3 - Prob. 12.6CP Ch. 12.4 - Prob. 12.7P Ch. 12.4 - Prob. 12.8P Ch. 12.5 - Prob. 12.9P Ch. 12.5 - Prob. 12.10CP

Solution Summary: The author explains the molarity of hydrogen iodide after a reaction time of 6 days.

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