For a first order reaction, the ratio of `t_(1//2)` to `t_(3//4)` is

Show that , t_(3//4) of a first order reaction is twice the value of t_(1//2) of that reaction.

For a first order reaction : R rarr P t_(1//2) is proportional to :

For a first order reaction A rarr B, find [(t_(7//8))/(t_(1//2))] .

For a first order reaction, time taken for half of the reaction to complete is t_(1)and 3/4 of the reaction to complete is t_(2) . How are t_(1)and t_(2) related?

For a first order reaction, time taken for half of the reaction to complete is t_(1)and 3/4 of the reaction to complete is t_(2) . How are t_(1)and t_(2) related?

For a first order reaction, time taken for half of the reaction to complete is t_1 and 3/4 of the reaction to complete is t_2 . How are t_1 and t_2 related ?

For a zero order of reaction the t_(1/2) — concentration.