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Aromatic molecules that differ from benzene can also undergo EAS reaction. Shown below, is an example. CH3 NO₂+ CH3 CH3 N & d -NO₂ NO₂ B For the above reaction, formation of Product A is favored by more than a 4:1 ratio over product B. Explain why. You may draw pictures of reaction intermediates to help justify your explanation.

Aromatic molecules that differ from benzene can also undergo EAS reaction. Shown below, is an example. CH3 NO₂+ CH3 CH3 N & d -NO₂ NO₂ B For the above reaction, formation of Product A is favored by more than a 4:1 ratio over product B. Explain why. You may draw pictures of reaction intermediates to help justify your explanation.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Please include easy to follow explanations. I also attatched question 2 to provide context when it references a comparison to question 2

Aromatic molecules that differ from benzene can also undergo EAS reaction. Shown below, is an example. ہیں جات کی N CH3 N CH3 -NO₂ B N CH3 For the above reaction, formation of Product A is favored by more than a 4:1 ratio over product B. Explain why. You may draw pictures of reaction intermediates to help justify your explanation.
Transcribed Image Text:Aromatic molecules that differ from benzene can also undergo EAS reaction. Shown below, is an example. ہیں جات کی N CH3 N CH3 -NO₂ B N CH3 For the above reaction, formation of Product A is favored by more than a 4:1 ratio over product B. Explain why. You may draw pictures of reaction intermediates to help justify your explanation.
For the reaction below, you are expecting similar results to those described in question 2. However, much more of the product D is observed in this reaction. Provide an explanation for this change in selectivity as the starting substrate is modified. CH3 H3C z N -CH₂ NO₂+ CH3 H₂C CH3 F -NO₂ H₂C D N CH3 NO₂ -CH3
Transcribed Image Text:For the reaction below, you are expecting similar results to those described in question 2. However, much more of the product D is observed in this reaction. Provide an explanation for this change in selectivity as the starting substrate is modified. CH3 H3C z N -CH₂ NO₂+ CH3 H₂C CH3 F -NO₂ H₂C D N CH3 NO₂ -CH3
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