(a) Interpretation: Out of the two distances between two nitrogen atoms, 50 pm or 75 pm, it is to be determined which one represents higher energy. Concept introduction: The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

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Answer 1

Question

Chapter 1, Problem 1.41P

Interpretation Introduction

(a)

Interpretation:

Out of the two distances between two nitrogen atoms, 50 pm or 75 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(b)

Interpretation:

Out of the two distances between two nitrogen atoms, 75 pm or 110 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(c)

Interpretation:

Out of the two distances between two nitrogen atoms, 110 pm or 150 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(d)

Interpretation:

Out of the two distances between two nitrogen atoms, 150 pm or 160 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

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Answer 2

Question

Chapter 1, Problem 1.41P

Interpretation Introduction

(a)

Interpretation:

Out of the two distances between two nitrogen atoms, 50 pm or 75 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(b)

Interpretation:

Out of the two distances between two nitrogen atoms, 75 pm or 110 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(c)

Interpretation:

Out of the two distances between two nitrogen atoms, 110 pm or 150 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(d)

Interpretation:

Out of the two distances between two nitrogen atoms, 150 pm or 160 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

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Answer 3

Question

Chapter 1, Problem 1.41P

Interpretation Introduction

(a)

Interpretation:

Out of the two distances between two nitrogen atoms, 50 pm or 75 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(b)

Interpretation:

Out of the two distances between two nitrogen atoms, 75 pm or 110 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(c)

Interpretation:

Out of the two distances between two nitrogen atoms, 110 pm or 150 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(d)

Interpretation:

Out of the two distances between two nitrogen atoms, 150 pm or 160 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

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Answer 4

Question

Chapter 1, Problem 1.41P

Interpretation Introduction

(a)

Interpretation:

Out of the two distances between two nitrogen atoms, 50 pm or 75 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(b)

Interpretation:

Out of the two distances between two nitrogen atoms, 75 pm or 110 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(c)

Interpretation:

Out of the two distances between two nitrogen atoms, 110 pm or 150 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(d)

Interpretation:

Out of the two distances between two nitrogen atoms, 150 pm or 160 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

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Answer 5

Chapter 1, Problem 1.41P

Interpretation Introduction

(a)

Interpretation:

Out of the two distances between two nitrogen atoms, 50 pm or 75 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(b)

Interpretation:

Out of the two distances between two nitrogen atoms, 75 pm or 110 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(c)

Interpretation:

Out of the two distances between two nitrogen atoms, 110 pm or 150 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Interpretation Introduction

(d)

Interpretation:

Out of the two distances between two nitrogen atoms, 150 pm or 160 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Answer 6

Chapter 1, Problem 1.41P

Interpretation Introduction

(a)

Interpretation:

Out of the two distances between two nitrogen atoms, 50 pm or 75 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Answer 7

Chapter 1, Problem 1.41P

Interpretation Introduction

(a)

Interpretation:

Out of the two distances between two nitrogen atoms, 50 pm or 75 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Answer 8

Interpretation Introduction

(b)

Interpretation:

Out of the two distances between two nitrogen atoms, 75 pm or 110 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Answer 9

Interpretation Introduction

(b)

Interpretation:

Out of the two distances between two nitrogen atoms, 75 pm or 110 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Answer 10

Interpretation Introduction

(c)

Interpretation:

Out of the two distances between two nitrogen atoms, 110 pm or 150 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Answer 11

Interpretation Introduction

(c)

Interpretation:

Out of the two distances between two nitrogen atoms, 110 pm or 150 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Answer 12

Interpretation Introduction

(d)

Interpretation:

Out of the two distances between two nitrogen atoms, 150 pm or 160 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Answer 13

Interpretation Introduction

(d)

Interpretation:

Out of the two distances between two nitrogen atoms, 150 pm or 160 pm, it is to be determined which one represents higher energy.

Concept introduction:

The energy of the molecule depends on the distance between the two atoms. At a certain distance, called the bond length, the energy reaches a minimum. As the distance between the two atoms increases, the energy of the molecule increases and slowly approaches a constant value as the distance increases to infinity. At distances shorter than the bond length, the energy increases very rapidly.

Answer 14

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Answer 15

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Answer 16

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Answer 17

Ch. 1 - Prob. 1.1P Ch. 1 - Prob. 1.2P Ch. 1 - Prob. 1.3P Ch. 1 - Prob. 1.4P Ch. 1 - Prob. 1.5P Ch. 1 - Prob. 1.6P Ch. 1 - Prob. 1.7P Ch. 1 - Prob. 1.8P Ch. 1 - Prob. 1.9P Ch. 1 - Prob. 1.10P

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