Question

11) Given the mechanism shown, what would be the useful overall rate law?

A + B  C fast, equilibrium

C + D  E + F slow

A. rate = k[A][B]

B. rate = k[C][D]

C. rate = k[A][B][C][D]

D. rate = k[A][B][D]

E. rate = k[A][B][D]2

12) Given the mechanism shown, which of the following statements would be false?

A + B  C slow

C + D  E + F fast

A) The rate law would be rate = k[A][B] B) Increasing the concentration of [D] would not accelerate the reaction C) is an intermediate D) is a catalyst E) The overall balanced reaction would be A + B + D  E + F