For an elementary reaction \(2A+B(excess )+C \rightarrow products\), on increasing the concentration of A three times, of B two times and of C two times, the effect on rate of reaction is ______ times.

In a reaction A to B the rate of reaction increases two times on increasing the concentration of the reactant four times, then order of reaction is

2A rarrC+D In this reaction, if we double the concentration of A, reaction rate become , two time .. What is the order of this reaction ?

For a reaction 3A rarr Products, it is found that the rate of reaction doubles. If the concentration of A is increased four times, calculated the order of reaction.

For the reaction AtoB , the rate of reaction becomes three times when the concentration of A is increased by nine times. What is the order of reaction ?

If doubling the concentration of a reactant X in a reaction X+Y rarr Products, increases the rate four times and tripling its concentration increases the rate nine times, this indicates that the rate of reaction is proportional to the ………….of the concentration of.............and thus rate is given by........... .

For a chemical reaction A rarr B , it is found that the rate of reaction doubles when the concentration of A is increased 4 times. What is the order of reaction ? Suggest the rate law also.

For a reaction of type A +B rarr products it is observed that doubling concentration of A causes the reaction rate to be four times as great, but doubling amount of B does not affect the rate,The rate equation is

Conisder a reaction X + Y rarr Products. If the initial concentration of X increased to four times of its original value, keeping the concentration of Y constant, the rate of reaction increases four-fold. When the concentration of both X and Y becomes four times their original values the rate of reaction becomes 16 times its original values. The observed rate law is

The rate of reaction X to Y becomes 8 times when the concentration of the reactant X is doubled. Write the rate law of the reaction.