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What is an acceptable sequence of reaction conditions to afford the following transformation? (1.) Acetyl chloride, pyridine; (2.) Zn, HCI, heat; (3.) Acetyl chloride, pyridine. А (1.) Ethyl bromide, FeBr3; (2.) Acetyl chloride, AIC13. Your answer (1.) Ethyl bromide, FeBr3; (2.) Zn, HCI, heat; (3.) Acetyl chloride, AICI3. C (1.) Acetyl chloride, AICI3 (excess); (2.) Zn, HCI, heat (1 equivalent). None of the above would afford the transformation.

What is an acceptable sequence of reaction conditions to afford the following transformation? (1.) Acetyl chloride, pyridine; (2.) Zn, HCI, heat; (3.) Acetyl chloride, pyridine. А (1.) Ethyl bromide, FeBr3; (2.) Acetyl chloride, AIC13. Your answer (1.) Ethyl bromide, FeBr3; (2.) Zn, HCI, heat; (3.) Acetyl chloride, AICI3. C (1.) Acetyl chloride, AICI3 (excess); (2.) Zn, HCI, heat (1 equivalent). None of the above would afford the transformation.

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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X Answered - Incorrect • 1 attempt left What is an acceptable sequence of reaction conditions to afford the following transformation? (1.) Acetyl chloride, pyridine; (2.) Zn, HCI, heat; (3.) Acetyl chloride, pyridine. A (1.) Ethyl bromide, FeBr3; (2.) Acetyl chloride, AICI3. Your answer (1.) Ethyl bromide, FeBr3; (2.) Zn, HCI, heat; (3.) Acetyl chloride, AICI3. C (1.) Acetyl chloride, AICI3 (excess); (2.) Zn, HCI, heat (1 equivalent). D None of the above would afford the transformation.
Transcribed Image Text:X Answered - Incorrect • 1 attempt left What is an acceptable sequence of reaction conditions to afford the following transformation? (1.) Acetyl chloride, pyridine; (2.) Zn, HCI, heat; (3.) Acetyl chloride, pyridine. A (1.) Ethyl bromide, FeBr3; (2.) Acetyl chloride, AICI3. Your answer (1.) Ethyl bromide, FeBr3; (2.) Zn, HCI, heat; (3.) Acetyl chloride, AICI3. C (1.) Acetyl chloride, AICI3 (excess); (2.) Zn, HCI, heat (1 equivalent). D None of the above would afford the transformation.
? CH, O Hint Remember that overalkylation is a problem when it comes to Friedel-Crafts
Transcribed Image Text:? CH, O Hint Remember that overalkylation is a problem when it comes to Friedel-Crafts
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