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.

Answers

Answer 1

Answer:

1. stability factor

2. steric hindrance factor

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 Than The Rate At
The Rate At Which Two Methyl Radicals Couple To Form Ethane Is Significantly Faster Than The Rate At

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