(a) Interpretation: It is to be determined if the given pair is not resonance structures of one another. Concept introduction: Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Question

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Answer 1

Question

Chapter 1, Problem 1.75P

Interpretation Introduction

(a)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structures are not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 1

The two structures have completely different carbon skeleton. The first one has a six membered ring while the second has a seven membered ring. Since these two structures do not have the same position of the atoms, they cannot be resonance structures.

Conclusion

From the position of atoms and electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(b)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 2

In these two structures, the position of the hydrogen atoms is not the same. Hence, these structures cannot be resonance structures of each other.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(c)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are as shown below.

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 3

To obtain the second resonance structure, two curved arrows are drawn and the electrons are moved accordingly. The two structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(d)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 4

To obtain the second resonance structure, two curved arrows are drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(e)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

To obtain the second resonance structure, a curved arrow is drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(f)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 6

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(g)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 7

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(h)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 8

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is different; at the same time, one H atom changes its position. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

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Answer 2

Question

Chapter 1, Problem 1.75P

Interpretation Introduction

(a)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structures are not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 1

The two structures have completely different carbon skeleton. The first one has a six membered ring while the second has a seven membered ring. Since these two structures do not have the same position of the atoms, they cannot be resonance structures.

Conclusion

From the position of atoms and electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(b)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 2

In these two structures, the position of the hydrogen atoms is not the same. Hence, these structures cannot be resonance structures of each other.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(c)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are as shown below.

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 3

To obtain the second resonance structure, two curved arrows are drawn and the electrons are moved accordingly. The two structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(d)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 4

To obtain the second resonance structure, two curved arrows are drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(e)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

To obtain the second resonance structure, a curved arrow is drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(f)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 6

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(g)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 7

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(h)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 8

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is different; at the same time, one H atom changes its position. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

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Answer 3

Question

Chapter 1, Problem 1.75P

Interpretation Introduction

(a)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structures are not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 1

The two structures have completely different carbon skeleton. The first one has a six membered ring while the second has a seven membered ring. Since these two structures do not have the same position of the atoms, they cannot be resonance structures.

Conclusion

From the position of atoms and electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(b)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 2

In these two structures, the position of the hydrogen atoms is not the same. Hence, these structures cannot be resonance structures of each other.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(c)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are as shown below.

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 3

To obtain the second resonance structure, two curved arrows are drawn and the electrons are moved accordingly. The two structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(d)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 4

To obtain the second resonance structure, two curved arrows are drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(e)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

To obtain the second resonance structure, a curved arrow is drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(f)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 6

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(g)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 7

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(h)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 8

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is different; at the same time, one H atom changes its position. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

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Answer 4

Question

Chapter 1, Problem 1.75P

Interpretation Introduction

(a)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structures are not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 1

The two structures have completely different carbon skeleton. The first one has a six membered ring while the second has a seven membered ring. Since these two structures do not have the same position of the atoms, they cannot be resonance structures.

Conclusion

From the position of atoms and electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(b)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 2

In these two structures, the position of the hydrogen atoms is not the same. Hence, these structures cannot be resonance structures of each other.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(c)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are as shown below.

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 3

To obtain the second resonance structure, two curved arrows are drawn and the electrons are moved accordingly. The two structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(d)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 4

To obtain the second resonance structure, two curved arrows are drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(e)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

To obtain the second resonance structure, a curved arrow is drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(f)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 6

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(g)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 7

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(h)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 8

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is different; at the same time, one H atom changes its position. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

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Answer 5

Chapter 1, Problem 1.75P

Interpretation Introduction

(a)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structures are not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 1

The two structures have completely different carbon skeleton. The first one has a six membered ring while the second has a seven membered ring. Since these two structures do not have the same position of the atoms, they cannot be resonance structures.

Conclusion

From the position of atoms and electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(b)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 2

In these two structures, the position of the hydrogen atoms is not the same. Hence, these structures cannot be resonance structures of each other.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(c)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are as shown below.

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 3

To obtain the second resonance structure, two curved arrows are drawn and the electrons are moved accordingly. The two structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(d)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 4

To obtain the second resonance structure, two curved arrows are drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(e)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

To obtain the second resonance structure, a curved arrow is drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(f)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 6

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Interpretation Introduction

(g)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 7

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Interpretation Introduction

(h)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 8

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is different; at the same time, one H atom changes its position. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Answer 6

Chapter 1, Problem 1.75P

Interpretation Introduction

(a)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structures are not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 1

The two structures have completely different carbon skeleton. The first one has a six membered ring while the second has a seven membered ring. Since these two structures do not have the same position of the atoms, they cannot be resonance structures.

Conclusion

From the position of atoms and electrons, it is found that the given pair is not resonance structures of one another.

Answer 7

Chapter 1, Problem 1.75P

Interpretation Introduction

(a)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Answer 8

Expert Solution

Answer to Problem 1.75P

The given structures are not resonance structures of one another.

Answer 9

Expert Solution

Answer 10

Expert Solution

Answer 11

Expert Solution

Answer 12

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 1

The two structures have completely different carbon skeleton. The first one has a six membered ring while the second has a seven membered ring. Since these two structures do not have the same position of the atoms, they cannot be resonance structures.

Answer 13

Conclusion

From the position of atoms and electrons, it is found that the given pair is not resonance structures of one another.

Answer 14

Interpretation Introduction

(b)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 2

In these two structures, the position of the hydrogen atoms is not the same. Hence, these structures cannot be resonance structures of each other.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Answer 15

Interpretation Introduction

(b)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Answer 16

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Answer 17

Expert Solution

Answer 18

Expert Solution

Answer 19

Expert Solution

Answer 20

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 2

In these two structures, the position of the hydrogen atoms is not the same. Hence, these structures cannot be resonance structures of each other.

Answer 21

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Answer 22

Interpretation Introduction

(c)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are as shown below.

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 3

To obtain the second resonance structure, two curved arrows are drawn and the electrons are moved accordingly. The two structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Answer 23

Interpretation Introduction

(c)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Answer 24

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Answer 25

Expert Solution

Answer 26

Expert Solution

Answer 27

Expert Solution

Answer 28

Explanation of Solution

The structures of the given pair are as shown below.

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 3

To obtain the second resonance structure, two curved arrows are drawn and the electrons are moved accordingly. The two structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Answer 29

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Answer 30

Interpretation Introduction

(d)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 4

To obtain the second resonance structure, two curved arrows are drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Answer 31

Interpretation Introduction

(d)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Answer 32

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Answer 33

Expert Solution

Answer 34

Expert Solution

Answer 35

Expert Solution

Answer 36

Explanation of Solution

The structures of the given pair are shown below:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 4

To obtain the second resonance structure, two curved arrows are drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Answer 37

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Answer 38

Interpretation Introduction

(e)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Explanation of Solution

The structures of the given pair are shown below:

To obtain the second resonance structure, a curved arrow is drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Answer 39

Interpretation Introduction

(e)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Answer 40

Expert Solution

Answer to Problem 1.75P

The given structure is resonance structures of one another.

Answer 41

Expert Solution

Answer 42

Expert Solution

Answer 43

Expert Solution

Answer 44

Explanation of Solution

The structures of the given pair are shown below:

To obtain the second resonance structure, a curved arrow is drawn and the valence electrons are moved accordingly. Similarly, to arrive at the third resonance structure, two curved arrows are drawn and valence electrons are moved accordingly. The resonance structures differ only in the placement of their electrons, not their atoms. Therefore, the given pair is resonance structures of one another.

Answer 45

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Answer 46

Interpretation Introduction

(f)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 6

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Answer 47

Interpretation Introduction

(f)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Answer 48

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Answer 49

Expert Solution

Answer 50

Expert Solution

Answer 51

Expert Solution

Answer 52

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 6

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Answer 53

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Answer 54

Interpretation Introduction

(g)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 7

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Answer 55

Interpretation Introduction

(g)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Answer 56

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Answer 57

Expert Solution

Answer 58

Expert Solution

Answer 59

Expert Solution

Answer 60

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 7

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is the same. Therefore, the given pair is not resonance structures of one another.

Answer 61

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is resonance structures of one another.

Answer 62

Interpretation Introduction

(h)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 8

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is different; at the same time, one H atom changes its position. Therefore, the given pair is not resonance structures of one another.

Conclusion

From the position of atoms and valence electrons, it is found that the given pair is not resonance structures of one another.

Answer 63

Interpretation Introduction

(h)

Interpretation:

It is to be determined if the given pair is not resonance structures of one another.

Concept introduction:

Resonance exists in species for which there are two or more valid Lewis structures. Resonance structures differ only in the placement of their electrons, not their atoms. Resonance stabilization is usually high when the resonance contributors are equivalent. More the number of the resonance contributors, the more is the resonance stabilization.

Answer 64

Expert Solution

Answer to Problem 1.75P

The given structure is not resonance structures of one another.

Answer 65

Expert Solution

Answer 66

Expert Solution

Answer 67

Expert Solution

Answer 68

Explanation of Solution

The structure of the given pair is as follows:

Get Ready for Organic Chemistry, Chapter 1, Problem 1.75P , additional homework tip 8

Resonance structures differ only in the placement of their electrons, not their atoms. In the given pair, the placement of electrons is different; at the same time, one H atom changes its position. Therefore, the given pair is not resonance structures of one another.