The concentrations of the reactant A in the reaction A `to`B at different times are given below:

The rate constant of the reaction according to the correct order of reaction is :

when concentration of reactant in reaction A to B is increased by 4 times , the rate increase only 2 times The order of the reaction would be

C_(o) =initial concentration of the reactant C_(t) = concentration of the reactant at time t, k=rate constant of the reaction. Then the equation applicable for a first order reaction is

The concentration of the reactant A in the reaction AtoB at different times are given below: "Concentration "(M)" ""Time(seconds)" 0.069" "0 0.052" "17 0.035" "34 0.018" "51 The rate constant of the reaction according to the correct order of reaction is

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

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

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

The rate constant of a first order reaction is proportional to the concentration of the reactant.