Consider the following reaction and possible products. Br H₂O OH HO B Which of the following statements most accurately reflects the product distribution and how the products are formed? Question 4 options: A mixture of A and B will be formed via an SN1 pathway. The allylic carbocation formed can react with H₂O at 2 possible sites to produce 2 regioisomers but alkenes are not formed under these conditions. A will be the only product formed via an S2 pathway. A mixture of A, B, and C will be formed with A and B as the major products. An allylic carbocation is formed and H₂O is present as a nucleophile so SN 1 products will dominate. A mixture of A, B, and C will be formed with C as the major product. An allylic carbocation is formed and will lose a proton to produce a diene. A will be the only product formed via an SN1 pathway. A mixture of A (SN1 product) and C (E1 product) will be formed with A as the major compound as H₂O is a reasonable nucleophile so addition to the intermediate carbocation will be the dominant pathway. There is no reasonable pathway for the formation of B.
Consider the following reaction and possible products. Br H₂O OH HO B Which of the following statements most accurately reflects the product distribution and how the products are formed? Question 4 options: A mixture of A and B will be formed via an SN1 pathway. The allylic carbocation formed can react with H₂O at 2 possible sites to produce 2 regioisomers but alkenes are not formed under these conditions. A will be the only product formed via an S2 pathway. A mixture of A, B, and C will be formed with A and B as the major products. An allylic carbocation is formed and H₂O is present as a nucleophile so SN 1 products will dominate. A mixture of A, B, and C will be formed with C as the major product. An allylic carbocation is formed and will lose a proton to produce a diene. A will be the only product formed via an SN1 pathway. A mixture of A (SN1 product) and C (E1 product) will be formed with A as the major compound as H₂O is a reasonable nucleophile so addition to the intermediate carbocation will be the dominant pathway. There is no reasonable pathway for the formation of B.
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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Transcribed Image Text:Consider the following reaction and possible products.
Br
H₂O
OH
HO
B
Which of the following statements most accurately reflects the product distribution and how the products are
formed?
Question 4 options:
A mixture of A and B will be formed via an SN1 pathway. The allylic carbocation formed can react with H₂O at 2
possible sites to produce 2 regioisomers but alkenes are not formed under these conditions.
A will be the only product formed via an S2 pathway.
A mixture of A, B, and C will be formed with A and B as the major products. An allylic carbocation is formed and
H₂O is present as a nucleophile so SN1 products will dominate.
A mixture of A, B, and C will be formed with C as the major product. An allylic carbocation is formed and will lose a
proton to produce a diene.
A will be the only product formed via an SN1 pathway.
A mixture of A (SN1 product) and C (E1 product) will be formed with A as the major compound as H₂O is a
reasonable nucleophile so addition to the intermediate carbocation will be the dominant pathway. There is no
reasonable pathway for the formation of B.
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