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Organic Chemistry-Some Basic Principles and Techniques

Organic reaction mechanism

The electrophile, E^{} attacks the benzene ring to generate th

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The electrophile, $E^{\oplus}$ attacks the benzene ring to generate the intermediate $σ -$ complex. Of the following, which $σ$ -complex is of lowest energy?

Name: Video solution 1: The electrophile, E⊕ attacks the benzene ring to generate the intermediate σ− complex. Of the following, which σ-complex is of lowest energy?
Uploaded: 2022-10-02T05:14:24.000Z
Duration: 16 min
Description: Video solution 1: The electrophile, E⊕ attacks the benzene ring to generate the intermediate σ− complex. Of the following, which σ-complex is of lowest energy?

Views: 5,955 students

Updated on: Oct 2, 2022

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Eleanor Discussed

The electrophile,

E^{\oplus}

attacks the benzene ring to generate the intermediate

σ -

complex. Of the following, which

σ

-complex is of lowest energy?

7 mins ago

Discuss this question LIVE

7 mins ago

Text solutionVerified

Nitro group is electron withdrawing in nature and it destabilizes the sigma complex. Thus, the complex without nitro group will form the most stable sigma complex.

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Question Text	The electrophile, $E^{\oplus}$ attacks the benzene ring to generate the intermediate $σ -$ complex. Of the following, which $σ$ -complex is of lowest energy?
Updated On	Oct 2, 2022
Topic	Organic Chemistry-Some Basic Principles and Techniques
Subject	Chemistry
Class	Class 11
Answer Type	Text solution:1 Video solution: 1
Upvotes	115
Avg. Video Duration	16 min

The electrophile, $E^{\oplus}$ attacks the benzene ring to generate the intermediate $σ -$ complex. Of the following, which $σ$ -complex is of lowest energy?

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The electrophile, E⊕ attacks the benzene ring to generate the intermediate σ− complex. Of the following, which σ-complex is of lowest energy?

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The electrophile, $E^{\oplus}$ attacks the benzene ring to generate the intermediate $σ -$ complex. Of the following, which $σ$ -complex is of lowest energy?