For the given reaction, A+B2 arrow AB+B the rate of the reaction is directly proportional to the concentration of A and independent of concentration of B2 . Determine the rate law.

Question

For the given reaction, A+B2 arrow AB+B the rate of the reaction is directly proportional to the concentration of A and independent of concentration of B2 . Determine the rate law. (A) k[.A].[.B2]. (B) k[.A].2[.B2]. (C) k[A] (D) k[.B2].

Tardigrade Admin · Accepted Answer

The rate of the reaction A+B2 arrow AB+B ; is directly proportional to the concentration of A and independent of concentration of B2 , hence, rate law is: Rate =k[A][B2]0

Q. For the given reaction,
$A + B_{2} \to A B + B$
the rate of the reaction is directly proportional to the concentration of $A$ and independent of concentration of $B_{2}$ . Determine the rate law.

$k [A] [B_{2}]$

$k [A]^{2} [B_{2}]$

$k [A]$

$k [B_{2}]$

The rate of the reaction $A + B_{2} \to A B + B$ ; is directly proportional to the concentration of A and independent of concentration of $B_{2}$ , hence, rate law is:
Rate $= k [A] [B_{2}]^{0}$

Q. For the given reaction, A+B2​→AB+B the rate of the reaction is directly proportional to the concentration of A and independent of concentration of B2​ . Determine the rate law.

k[A][B2​]

k[A]2[B2​]

k[A]

k[B2​]