3. Complete the following assigned problem from the textbook. You may ignore all consider- ations of stereochemistry for this question. [12 pts] 17.52 Draw a stepwise mechanism for the following reaction. For full credit, • Use 'curly arrows' to denote electron flow. MgBr OH [1] BrMg OH [2] H₂O You may show the quenching by water to form each hydroxyl group in the product from the same inter- mediate (a dianion) - you do not need to redraw the whole carbon skeleton to show sequential quenching of the anions.
3. Complete the following assigned problem from the textbook. You may ignore all consider- ations of stereochemistry for this question. [12 pts] 17.52 Draw a stepwise mechanism for the following reaction. For full credit, • Use 'curly arrows' to denote electron flow. MgBr OH [1] BrMg OH [2] H₂O You may show the quenching by water to form each hydroxyl group in the product from the same inter- mediate (a dianion) - you do not need to redraw the whole carbon skeleton to show sequential quenching of the anions.
Chapter3: Mechanisms
Section: Chapter Questions
Problem 28EQ
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![3. Complete the following assigned problem from the textbook. You may ignore all consider-
ations of stereochemistry for this question. [12 pts]
17.52 Draw a stepwise mechanism for the following reaction.
For full credit,
•
Use 'curly arrows' to denote electron flow.
MgBr
OH
[1] BrMg
OH
[2] H₂O
You may show the quenching by water to form each hydroxyl group in the product from the same inter-
mediate (a dianion) - you do not need to redraw the whole carbon skeleton to show sequential quenching
of the anions.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F39f6380b-55e3-47ff-8091-2f92e2b304db%2F06becfb8-e515-4915-b90e-3aa13e3cb445%2Fpgnaq7c_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. Complete the following assigned problem from the textbook. You may ignore all consider-
ations of stereochemistry for this question. [12 pts]
17.52 Draw a stepwise mechanism for the following reaction.
For full credit,
•
Use 'curly arrows' to denote electron flow.
MgBr
OH
[1] BrMg
OH
[2] H₂O
You may show the quenching by water to form each hydroxyl group in the product from the same inter-
mediate (a dianion) - you do not need to redraw the whole carbon skeleton to show sequential quenching
of the anions.
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