The [ 10 ] annulene given in section 14.7 B is not aromatic . The factor that makes the given 10 π − electron system aromatic is to identified. Concept introduction: Annulenes belong to the class of monocyclic compounds and are represented by the structure containing alternating single and double bonds. For an annulene to be aromatic, the molecule should have ( 4 n + 2 ) π electrons and a planer carbon skeleton.

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Definition Definition Rule that estimates whether a given organic planar ring structure will show an aromatic property. A cyclic ring molecule is said to follow Hückel’s rule if the л-electrons count in a molecule is [4n+2], where n stands for a positive numerical value. It is also called the [4n+2] rule. Hückel's rule, sometimes referred to as the aromaticity rule, is one but not the only criteria to judge a molecule for aromaticity.

Chapter 14, Problem 25P

Interpretation Introduction

Interpretation:

The [10] annulene given in section 14.7 B is not aromatic. The factor that makes the given 10 π−electron system aromatic is to identified.

Concept introduction:

Annulenes belong to the class of monocyclic compounds and are represented by the structure containing alternating single and double bonds.

For an annulene to be aromatic, the molecule should have (4n+2)π electrons and a planer carbon skeleton.

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7. Which of the following statements regarding the cyclopropenyl anion is correct? and why?a) It is aromatic.b) It is not aromatic.c) It obeys Hückel’s rule.d) It undergoes reactions characteristic of benzene.e) It has a closed shell of 6 pi electrons.

Answer 2

Question

Definition Definition Rule that estimates whether a given organic planar ring structure will show an aromatic property. A cyclic ring molecule is said to follow Hückel’s rule if the л-electrons count in a molecule is [4n+2], where n stands for a positive numerical value. It is also called the [4n+2] rule. Hückel's rule, sometimes referred to as the aromaticity rule, is one but not the only criteria to judge a molecule for aromaticity.

Chapter 14, Problem 25P

Interpretation Introduction

Interpretation:

The [10] annulene given in section 14.7 B is not aromatic. The factor that makes the given 10 π−electron system aromatic is to identified.

Concept introduction:

Annulenes belong to the class of monocyclic compounds and are represented by the structure containing alternating single and double bonds.

For an annulene to be aromatic, the molecule should have (4n+2)π electrons and a planer carbon skeleton.

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 3

Question

Definition Definition Rule that estimates whether a given organic planar ring structure will show an aromatic property. A cyclic ring molecule is said to follow Hückel’s rule if the л-electrons count in a molecule is [4n+2], where n stands for a positive numerical value. It is also called the [4n+2] rule. Hückel's rule, sometimes referred to as the aromaticity rule, is one but not the only criteria to judge a molecule for aromaticity.

Chapter 14, Problem 25P

Interpretation Introduction

Interpretation:

The [10] annulene given in section 14.7 B is not aromatic. The factor that makes the given 10 π−electron system aromatic is to identified.

Concept introduction:

Annulenes belong to the class of monocyclic compounds and are represented by the structure containing alternating single and double bonds.

For an annulene to be aromatic, the molecule should have (4n+2)π electrons and a planer carbon skeleton.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Definition Definition Rule that estimates whether a given organic planar ring structure will show an aromatic property. A cyclic ring molecule is said to follow Hückel’s rule if the л-electrons count in a molecule is [4n+2], where n stands for a positive numerical value. It is also called the [4n+2] rule. Hückel's rule, sometimes referred to as the aromaticity rule, is one but not the only criteria to judge a molecule for aromaticity.

Chapter 14, Problem 25P

Interpretation Introduction