For a reaction `A rarr` Products, a plot of `log t_(1/2)` ,versus log a is shown in figure. If the initial concentration of A is represented by a ,the order of the reaction is:-

For a second order reaction, 2Ararr Products, a plot of log t_(1//2) vs log a (where a is initial concentration) will give an intercept equal to which one of the following?

The t_(1//2) of a reaction is halved as the initial concentration of the reactant is doubled then order of reaction :-

For a reaction R rarr P , half -life (t_(1//2)) is observed to be independent of the initial concentration of reactants. What is the order of reaction ?

The graph of t_(1//2) versus initial concentration 'a' is for

The product of half life T_(1//2) and the square of initial concentration of the reactant (a) is constant. Then the order of reaction is

The rate of the reaction A rarr products, at the initial concentration of 3.24 xx 10^(-2)M is nine times its rate at another initial concentration of 1.2 xx 10^(-3)M . The order of reaction is