Question

The correct expression for a second order of reaction is

A .rate =2K[A]
B . rake =K[A]²
C .rate =K[A][B]
D .both B and C​

Answer 1

B. rate = K[A]²

Step-by-step explanation:

In a second-order reaction, the rate of the reaction is proportional to the square of the concentration of a single reactant (denoted as [A]), which is represented by the squared term [A]².

This expression signifies that the reaction rate increases exponentially with the concentration of reactant A.

The rate constant K determines the specific rate of the reaction. Option B correctly represents this relationship for a second-order reaction. Option C, which includes the concentration of a second reactant (denoted as [B]), does not accurately represent a second-order reaction.

Hope this helps!