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Br ○ OH A excess Br2, NaOH B 1. Br2 (1 equiv), PC13 (1 equiv) 2. H₂O 0 Br2 CH3CO2H OH D excess Br2, NaOH Done 1. Br2 (1 equiv), PC13 (1 equiv) 2. H₂O OH A excess Br2, NaOH 1. Br2 (1 equiv), PC13 (1 equiv) B 2. H₂O Br2 C CH3CO2H D excess Br2 Done

Br ○ OH A excess Br2, NaOH B 1. Br2 (1 equiv), PC13 (1 equiv) 2. H₂O 0 Br2 CH3CO2H OH D excess Br2, NaOH Done 1. Br2 (1 equiv), PC13 (1 equiv) 2. H₂O OH A excess Br2, NaOH 1. Br2 (1 equiv), PC13 (1 equiv) B 2. H₂O Br2 C CH3CO2H D excess Br2 Done

Chemistry for Engineering Students
Chemistry for Engineering Students
3rd Edition
ISBN:9781285199023
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter11: Chemical Kinetics
Section: Chapter Questions
Problem 11.56PAE: The labels on most pharmaceuticals state that the medicine should be stored in a cool, dark place....
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Choose the best reagents to complete the following reactions.

Br ○ OH A excess Br2, NaOH B 1. Br2 (1 equiv), PC13 (1 equiv) 2. H₂O 0 Br2 CH3CO2H OH D excess Br2, NaOH Done
Transcribed Image Text:Br ○ OH A excess Br2, NaOH B 1. Br2 (1 equiv), PC13 (1 equiv) 2. H₂O 0 Br2 CH3CO2H OH D excess Br2, NaOH Done
1. Br2 (1 equiv), PC13 (1 equiv) 2. H₂O OH A excess Br2, NaOH 1. Br2 (1 equiv), PC13 (1 equiv) B 2. H₂O Br2 C CH3CO2H D excess Br2 Done
Transcribed Image Text:1. Br2 (1 equiv), PC13 (1 equiv) 2. H₂O OH A excess Br2, NaOH 1. Br2 (1 equiv), PC13 (1 equiv) B 2. H₂O Br2 C CH3CO2H D excess Br2 Done
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