For the reaction
2A + B → products
the following mechanism is proposed:
A + B M
A + M → products
Assuming that the second step is the rate-determining step and the first step is a fast equilibrium step, determine the rate law. Represent the rate constant in terms of k₁, k_-1, and k₂.

Question

For the reaction
2A + B → products
the following mechanism is proposed:
A + B For the reaction 2A + B → products the following mechanism is proposed: A + B M A + M → products Assuming that the second step is the rate-determining step and the first step is a fast equilibrium step, determine the rate law. Represent the rate constant in terms of k1, k-1, and k2.

For the reaction 2A + B → products the following mechanism is proposed: A + B M A + M → products Assuming that the second step is the rate-determining step and the first step is a fast equilibrium step, determine the rate law. Represent the rate constant in terms of k<sub>1</sub>, k<sub>-1</sub>, and k<sub>2</sub>.

M
A + M → products
Assuming that the second step is the rate-determining step and the first step is a fast equilibrium step, determine the rate law. Represent the rate constant in terms of k₁, k_-1, and k₂.

Quizplus · Accepted Answer

The Answer of For the reaction 2A + B → products the following mechanism is proposed: A + B M A + M → products Assuming that the second step is the rate-determining step and the first step is a fast equilibrium step, determine the rate law. Represent the rate constant in terms of k₁, k_-1, and k₂.

For the Reaction 2A + B → Products