The value of `t_(0.875)/(t_(0.50)` for `n^(th)` order reaction is

The ratio of t_(0.75) and t_(0.5) for first order reaction :-

The ratio of t_(0.75) and t_(0.5) for first order reaction :-

Prove that t_(75) = 2 t_(50) for 1^(st) order reaction.

Show that the time t_(1//2)//t_(3//4) for n^(th) order reaction is a function of 'n' alone. t_(3//4) is the time required for concentration to become 1//4 of original concentration.

For 'n' th order reaction, t_(1/2)prop —

Find the ratio of t_(75%) and t_(50%) of first order reaction?

Value of t_(1//2) for first order reaction is

The value of 23. 875-0.235=_____