Radical chlorination is 5 times more selective for a tertiary carbon than it is for a primary carbon. Using this information and the starting materials given below, what percentage of the monochlorinated product will have substitution at a primary carbon? A 150 CI-CI
Radical chlorination is 5 times more selective for a tertiary carbon than it is for a primary carbon. Using this information and the starting materials given below, what percentage of the monochlorinated product will have substitution at a primary carbon? A 150 CI-CI
Chapter14: Conjugated Compounds And Ultraviolet Spectroscopy
Section14.SE: Something Extra
Problem 54AP
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Transcribed Image Text:Radical chlorination is 5 times more selective for a
tertiary carbon than it is for a primary carbon. Using this
information and the starting materials given below, what
percentage of the monochlorinated product will have
substitution at a primary carbon?
OA. 45%
O B.29%
O C. 71%
D. 55%
CI-CI
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