[" For an elementary chemical reaction,"],[A_(2)k_(1)=(k_(1))/(k_(-1))2A," the expression for "(d[A])/(dt)" is : "]

For an elementary chemical reaction, A_(2) overset (k_(1)) underset(k_(-1)) to 2A , the expression for (d[A])/(dt) is :

For an elementary chemical reaction, A_(2) underset(k_(-1))overset(k_(1))(hArr) 2A , the expression for (d[A])/(dt) is

For an elementary chemical reaction, A_(2) underset(k_(-1))overset(k_(1))(hArr) 2A , the expression for (d[A])/(dt) is

For an elementary chemical reaction, A_(2) underset(k_(-1))overset(k_(1))(hArr) 2A , the expression for (d[A])/(dt) is

For a reaction, 2A+BtoC+D,(d[A])/dt=K[A]^2[B] The expression for (d[B])/dt will be:

For the following elementary first order reaction: If k_(2)=2k_(1) , then % of B in overall product is:

For the following elementary first order reaction: If k_(2)=2k_(1) , then % of B in overall product is: