a. Determine the numbers of distinct diclorination products can result when isobutene is subjected to free radical chlorination?
b. Propose a series of mechanistic steps which explain this reaction. When light is shined on a mixture of chlorine and chloromethane, carbon tetrachloride is one of the components of the final reaction mixture.
c. Compute the conversion energy of C to D via a one-step mechanism. The activation energy of this reaction is 3 kal/mol. The energy distinction among D and the transmission state is 7kcal/mol. Estimate ΔH for the reaction C→ D