Question

Radical stability is explained have more hyper conjugated primary hyper conjugation to structures than secon 4. Under certain condition, the bromination of cyclohexene follows an unusual rate law: Rate = k (cyclohexene][Br2] a) What is the kinetic order with respect to cyclohexene? (2.5+2.5) b) What is the overall kinetic order?

Answer 1

Toge NO Sokentions) Criven that. Rate = ko [cyclohexene] [Br] ² Here the power of rcyclohexene] is 1. Bromine in Br cyclo he xene in and the power is 2. of Here the date is directly proportional to ith power of concentration of cyclohexene. I and the late is directly proportional to i Bromine er of concentration The is Kinetic one (1) order with respect to cyclohexene. The overall Kinetic order is three (3). because order with respect to cyclohexene is one and order with respect t o Bromine (Br2) li's these two. SO Overall order is 1+2 = 3 Overall Ans. kinetic order is three