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QUESTION 22 Consider the mechanism that occurs in this reaction. Which generic arrow-pushing mechanism best describes the deprotonation step that occurs in the mechanism in order to form the final alkene product? I) II) III) IV) V) O II O IV O v

QUESTION 22 Consider the mechanism that occurs in this reaction. Which generic arrow-pushing mechanism best describes the deprotonation step that occurs in the mechanism in order to form the final alkene product? I) II) III) IV) V) O II O IV O v

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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Only answer question 22!!

Question 20 and 21 are for reference only!!

QUESTION 20 Consider the dehydration reaction using the starting material shown below to answer questions 20-23. HO Dehydration Which reagent(s) are required to perform a dehydration reaction? a. heat, NaOH b. HCI O C. H2SO4 d. H2SO4, heat e. NaH f. NAOH g. H20 12:40 AM QUESTION 21 Identify all carbocations that appear in the mechansim for this reaction. Choose all that apply. i) ii) iv) iv None of the above. The reaction goes by an E2 mechanism and no carbocations are formed 12:40 口ロ□□
Transcribed Image Text:QUESTION 20 Consider the dehydration reaction using the starting material shown below to answer questions 20-23. HO Dehydration Which reagent(s) are required to perform a dehydration reaction? a. heat, NaOH b. HCI O C. H2SO4 d. H2SO4, heat e. NaH f. NAOH g. H20 12:40 AM QUESTION 21 Identify all carbocations that appear in the mechansim for this reaction. Choose all that apply. i) ii) iv) iv None of the above. The reaction goes by an E2 mechanism and no carbocations are formed 12:40 口ロ□□
QUESTION 22 Consider the mechanism that occurs in this reaction. Which generic arrow-pushing mechanism best describes the deprotonation step that occurs in the mechanism in order to form the final alkene product? H2 II) H2 III) -so,H CH CH3 -SO,H IV) V) -sO,H CH3 II O IV
Transcribed Image Text:QUESTION 22 Consider the mechanism that occurs in this reaction. Which generic arrow-pushing mechanism best describes the deprotonation step that occurs in the mechanism in order to form the final alkene product? H2 II) H2 III) -so,H CH CH3 -SO,H IV) V) -sO,H CH3 II O IV
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