Two first order reaction have half-life in the ratio `3:2`. Calculate the ratio of time intervals `t_(1):t_(2)`. The time `t_(1)` and `t_(2)` are the time period for `25%` and `75%` completion for the first and second reaction respectively:

Two first order freaction have half-lives in the ratio 8:1 Calculate the ratio of time intervals t_(1):t_(2) and t_(1) and t_(2) are the time period for ((1)/(4))^(th) and ((3)/(4))^(th) completion.

Two first order freaction have half-lives in the ratio 8:1 Calculate the ratio of time intervals t_(1):t_(2) and t_(1) and t_(2) are the time period for ((1)/(4))^(th) and ((3)/(4))^(th) completion.

Two first order reactions have half-lives in the ratio 8:1, calculate the ratio of time intervals t_(1):t_(2) . The time t_(1) and t_(2) are the time period foe ((1)/(4))^(th) and ((3)/(4))^(th) completion respectively:

Two I-order reaction have half-lives in the ratio 3:2 .Calculate the ratio of time intervals t_(1),t_(2) . Where t_(1) is the time period for 25% completion of the first reaction and t_(2) , for 75% completion of the second reaction.

Two first order reactions half lives in the ratio 3:2 . If t_(1) and t_(2) are the time periods for 25% and 75% completion for the first and second reactions respectively, find t_(1):t_(2)

Two first order reactions have half lives in the ratio 3:2. If t_(1) and t_(2) are the time periods for 25% and 75% completion for the first and second reactions respectiely find t_(1):t_(2)

Two 1^(st) order reactions have half - lives in the ration 3:2 . Then the ratio of time intervals t_(1):t_(2) , will be gt Where t_(1) is the time period for 25% completion completion of the first reaction and t_(2) is time required for 75% completion of the second reaction . [log 2=0.3 , log 3=0.477]

Two first order freaction have half-lives in the ratio 8:1 Calculate the ratio of time intervals t_(1):t_(2) and t_(1) and t_(2) are the time period for ((1)/(4))^(th) and ((3)/(4))^(th) completion. a) 1:0.301 b) 0.125:0.602 c) 1:0.602 d) none of these

A first order reaction is 25% complete in 30 minutes. Calculate the half life time

A first order reaction takes 40 min for 30% completion. Calculate t_(1/2) .