For the zero order reaction `AtoB+C`, initial concentration of A is 0.1 M. If [A]=0.08 M after 10 minutes,then its half-life and completion time are respectively :

For the zero order reaction A to B + C , initial concentration of Ais 0.1 M. lf[A] = 0.08 M after 10 minutes, then its half-life and completion time are respectively:

For the zero order reaction A rarr B+C, initial concentration of A is 0.1A . If A=0.08M after 10 minutes, then it's half - life and completion time are respectively :

For the zero order reaction A rarr B+C, initial concentration of A is 0.1A . If A=0.08M after 10 minutes, then it's half - life and completion time are respectively :

Half life periods for a reaction at initial concentration of 0.1 M and 0.01 M are 5 and 50 minutes respectively. Then the order of reaction is

Half-life periods for a reaction at initial concentrations of 0.1M and 0.01 are 5 and 50 minutes respectively. Then the order of reaction is

For a First order reaction, the initial concentration of a reactant is 0.05 M. After 45 minutes it is decreased by 0.015 M. Calculate half reaction time. (t_(1//2))

If the half-life period of a zero order reaction with initial concentration 0.1 M is 32.4 min. What will be the half-life when the concentration is 0.5 M?