A possible mechanism for the reaction A + B + D $\rightarrow$ E + F is
A + B
k₁,k_-1,fast
$f$
C
C + D $\rightarrow$ E + F
k₂
where C is a reactive intermediate present in very low concentrations.
Calculate the steady state concentration of C in terms of the rate constants for the individual steps and the concentrations of the reactants.

Question

A possible mechanism for the reaction A + B + D

\rightarrow

E + F is
A + B
k₁,k_-1,fast

f

C
C + D

\rightarrow

E + F
k₂
where C is a reactive intermediate present in very low concentrations.
Calculate the steady state concentration of C in terms of the rate constants for the individual steps and the concentrations of the reactants.

Quizplus · Accepted Answer

The Answer of A possible mechanism for the reaction A + B + D $\rightarrow$ E + F is A + B k₁,k_-1,fast $f$ C C + D $\rightarrow$ E + F k₂ where C is a reactive intermediate present in very low concentrations. Calculate the steady state concentration of C in terms of the rate constants for the individual steps and the concentrations of the reactants.

A Possible Mechanism for the Reaction a + B →\rightarrow→ E + F Is a + B K1,k-1,fast

A Possible Mechanism for the Reaction a + B $\rightarrow$ E + F Is
a + B
K₁,k_-1,fast