The hydrocarbon from the given m/z values has to be identified. Concept introduction: Interpreting a mass spectrum: 1. The each m/z values is the m/z value of one the fragments to the nearest whole number. 2. The peak with the highest m/z value in the molecular ions (M + ), the fragment that results when the molecules lose electrons as result of being bombarding by the electron beam. 3. The m/z value of the molecular ion gives the molecular mass of the compound. 4. Peaks with smaller m/z values, fragment ion peak represent positively charged fragments of the molecular ion. Base peak of mass spectrum: The base peak is the one of highest (or) tallest peak, it has great abundance. It has the greatest relative abundance because it is generally the most stable positively charged fragment. Percentage of base peak: The base peak is assigned a relative abundance (RA) of 100% and the relative abundance of each other peaks is respective mass spectrum percentage of base peak. For example the weak bonds break in preference to strong bonds and bonds that break to form more stable fragments break in performance to those that form less stable fragments.

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Chapter 10.3, Problem 7P

Interpretation Introduction

Interpretation:

The hydrocarbon from the given m/z values has to be identified.

Concept introduction:

Interpreting a mass spectrum:

1. The each m/z values is the m/z value of one the fragments to the nearest whole number.

2. The peak with the highest m/z value in the molecular ions (M⁺), the fragment that results when the molecules lose electrons as result of being bombarding by the electron beam.

3. The m/z value of the molecular ion gives the molecular mass of the compound.

4. Peaks with smaller m/z values, fragment ion peak represent positively charged fragments of the molecular ion.

Base peak of mass spectrum: The base peak is the one of highest (or) tallest peak, it has great abundance. It has the greatest relative abundance because it is generally the most stable positively charged fragment.

Percentage of base peak: The base peak is assigned a relative abundance (RA) of 100% and the relative abundance of each other peaks is respective mass spectrum percentage of base peak. For example the weak bonds break in preference to strong bonds and bonds that break to form more stable fragments break in performance to those that form less stable fragments.

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Answer 2

Question

Chapter 10.3, Problem 7P

Interpretation Introduction

Interpretation:

The hydrocarbon from the given m/z values has to be identified.

Concept introduction:

Interpreting a mass spectrum:

1. The each m/z values is the m/z value of one the fragments to the nearest whole number.

2. The peak with the highest m/z value in the molecular ions (M⁺), the fragment that results when the molecules lose electrons as result of being bombarding by the electron beam.

3. The m/z value of the molecular ion gives the molecular mass of the compound.

4. Peaks with smaller m/z values, fragment ion peak represent positively charged fragments of the molecular ion.

Base peak of mass spectrum: The base peak is the one of highest (or) tallest peak, it has great abundance. It has the greatest relative abundance because it is generally the most stable positively charged fragment.

Percentage of base peak: The base peak is assigned a relative abundance (RA) of 100% and the relative abundance of each other peaks is respective mass spectrum percentage of base peak. For example the weak bonds break in preference to strong bonds and bonds that break to form more stable fragments break in performance to those that form less stable fragments.

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Answer 3

Question

Chapter 10.3, Problem 7P

Interpretation Introduction

Interpretation:

The hydrocarbon from the given m/z values has to be identified.

Concept introduction:

Interpreting a mass spectrum:

1. The each m/z values is the m/z value of one the fragments to the nearest whole number.

2. The peak with the highest m/z value in the molecular ions (M⁺), the fragment that results when the molecules lose electrons as result of being bombarding by the electron beam.

3. The m/z value of the molecular ion gives the molecular mass of the compound.

4. Peaks with smaller m/z values, fragment ion peak represent positively charged fragments of the molecular ion.

Base peak of mass spectrum: The base peak is the one of highest (or) tallest peak, it has great abundance. It has the greatest relative abundance because it is generally the most stable positively charged fragment.

Percentage of base peak: The base peak is assigned a relative abundance (RA) of 100% and the relative abundance of each other peaks is respective mass spectrum percentage of base peak. For example the weak bonds break in preference to strong bonds and bonds that break to form more stable fragments break in performance to those that form less stable fragments.

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Answer 4

Question

Chapter 10.3, Problem 7P

Interpretation Introduction

Interpretation:

The hydrocarbon from the given m/z values has to be identified.

Concept introduction:

Interpreting a mass spectrum:

1. The each m/z values is the m/z value of one the fragments to the nearest whole number.

2. The peak with the highest m/z value in the molecular ions (M⁺), the fragment that results when the molecules lose electrons as result of being bombarding by the electron beam.

3. The m/z value of the molecular ion gives the molecular mass of the compound.

4. Peaks with smaller m/z values, fragment ion peak represent positively charged fragments of the molecular ion.

Base peak of mass spectrum: The base peak is the one of highest (or) tallest peak, it has great abundance. It has the greatest relative abundance because it is generally the most stable positively charged fragment.

Percentage of base peak: The base peak is assigned a relative abundance (RA) of 100% and the relative abundance of each other peaks is respective mass spectrum percentage of base peak. For example the weak bonds break in preference to strong bonds and bonds that break to form more stable fragments break in performance to those that form less stable fragments.

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Answer 5

Chapter 10.3, Problem 7P

Interpretation Introduction

Interpretation:

The hydrocarbon from the given m/z values has to be identified.

Concept introduction:

Interpreting a mass spectrum:

1. The each m/z values is the m/z value of one the fragments to the nearest whole number.

2. The peak with the highest m/z value in the molecular ions (M⁺), the fragment that results when the molecules lose electrons as result of being bombarding by the electron beam.

3. The m/z value of the molecular ion gives the molecular mass of the compound.

4. Peaks with smaller m/z values, fragment ion peak represent positively charged fragments of the molecular ion.

Base peak of mass spectrum: The base peak is the one of highest (or) tallest peak, it has great abundance. It has the greatest relative abundance because it is generally the most stable positively charged fragment.

Percentage of base peak: The base peak is assigned a relative abundance (RA) of 100% and the relative abundance of each other peaks is respective mass spectrum percentage of base peak. For example the weak bonds break in preference to strong bonds and bonds that break to form more stable fragments break in performance to those that form less stable fragments.

Answer 6

Chapter 10.3, Problem 7P

Interpretation Introduction

Interpretation:

The hydrocarbon from the given m/z values has to be identified.

Concept introduction:

Interpreting a mass spectrum:

1. The each m/z values is the m/z value of one the fragments to the nearest whole number.

2. The peak with the highest m/z value in the molecular ions (M⁺), the fragment that results when the molecules lose electrons as result of being bombarding by the electron beam.

3. The m/z value of the molecular ion gives the molecular mass of the compound.

4. Peaks with smaller m/z values, fragment ion peak represent positively charged fragments of the molecular ion.

Base peak of mass spectrum: The base peak is the one of highest (or) tallest peak, it has great abundance. It has the greatest relative abundance because it is generally the most stable positively charged fragment.

Percentage of base peak: The base peak is assigned a relative abundance (RA) of 100% and the relative abundance of each other peaks is respective mass spectrum percentage of base peak. For example the weak bonds break in preference to strong bonds and bonds that break to form more stable fragments break in performance to those that form less stable fragments.

Answer 7

Chapter 10.3, Problem 7P

Interpretation Introduction

Interpretation:

The hydrocarbon from the given m/z values has to be identified.

Concept introduction:

Interpreting a mass spectrum:

1. The each m/z values is the m/z value of one the fragments to the nearest whole number.

2. The peak with the highest m/z value in the molecular ions (M⁺), the fragment that results when the molecules lose electrons as result of being bombarding by the electron beam.

3. The m/z value of the molecular ion gives the molecular mass of the compound.

4. Peaks with smaller m/z values, fragment ion peak represent positively charged fragments of the molecular ion.

Base peak of mass spectrum: The base peak is the one of highest (or) tallest peak, it has great abundance. It has the greatest relative abundance because it is generally the most stable positively charged fragment.

Percentage of base peak: The base peak is assigned a relative abundance (RA) of 100% and the relative abundance of each other peaks is respective mass spectrum percentage of base peak. For example the weak bonds break in preference to strong bonds and bonds that break to form more stable fragments break in performance to those that form less stable fragments.

Answer 8

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Answer 11

Ch. 10.1 - Prob. 1P Ch. 10.2 - What would distinguish the mass spectrum of...Ch. 10.2 - Prob. 3P Ch. 10.3 - Prob. 5P Ch. 10.3 - Suggest possible molecular formulas for a compound...Ch. 10.3 - Prob. 7P Ch. 10.4 - Prob. 8P Ch. 10.4 - Prob. 9P Ch. 10.5 - Prob. 10P Ch. 10.5 - Prob. 11P

Solution Summary: The author explains how the m/z value of a molecular ion is determined, and the relative abundance of each other's peaks.

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