For a reaction `A+B rarr` products, the rate of reaction was doubled when concentration of A was doubled. When concentration of A and B both was double, the rate was again doubled , order of reaction w.r.t. A and B are

For a reaction A + B rarr Products, the rate of the reaction was doubled when the concentration of A was doubled. When the concentration of A and B were doubled, the rate was again doubled, the order of the reaction with respect to A and B are:

For a reaction A + B to Products, the rate of the reaction was doubled, when concentration of-A was doubled. When the concentration of A and B were doubled, the rate was again doubled. The order of the reaction with respect to A and B are respectively.

For reaction A + B rarr products, the rate of the reaction was doubled when the concentration of A was doubled. The rate was also doubled when the concentration of both A and B were doubled. Then, order of the reaction with respect to A and B are :

For a chemical reaction A rarr B , the rate of reaction doubles when the concentration of A is doubled. What is the order of reaction ?

For the chemical reaction A + B + C rarr E , The rate of reaction is doubled when the concentration of B was doubled, and when the concentration of both A and B were doubled the rate becomes doubled and when the concentration of both B and C were doubled the rate becomes quardrupled. What is order with respect A, B , and C and total order?

For the chemical reaction A + B + C rarr E , The rate of reaction is doubled when the concentration of B was doubled, and when the concentration of both A and B were doubled the rate becomes doubled and when the concentration of both B and C were doubled the rate becomes quardrupled. What is order with respect A, B , and C and total order?

Show that the rate of first order reaction is doubled when concentration of the reactant is doubled.