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The rate at which two methyl radicals couple to form ethane is significantly faster than the rate at which two tert-butyl radicals couple. Offer two explanations for this observation.

1 Answer

4 votes

Answer:

1. stability factor

2. steric hindrance factor

Step-by-step explanation:

stability of ethane is lesser to that of two tert-butyl, so ethane will be more reactive and faster.

ethane is less hindered and more reactive, while two tert-butyl is more hindered and less reactive

The rate at which two methyl radicals couple to form ethane is significantly faster-example-1
The rate at which two methyl radicals couple to form ethane is significantly faster-example-2
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User Alican Temel
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