Statement-1 : For zero order kinetic t_(1//2) is independent of initial concentration. Statement-2 : For zero order kinetic in equal time equal amount of reactant will decompose. Statement-3 : Rate I^(st) order kinetic in equal time equal percentage of reactant will decompose. Statement-4 : Rate law expression of reaction may be contains concentration of reactant concentration of product and even concentration of catalyst.

Statement-1 : For zero order kinetic t_(1//2) is independent of initia

1.	Statement-1 : For zero order kinetic t_(1//2) is independent of initial concentration. Statement-2 : For zero order kinetic in equal time equal amount of reactant will decompose. Statement-3 : Rate I^(st) order kinetic in equal time equal percentage of reactant will decompose. Statement-4 : Rate law expression of reaction may be contains concentration of reactant concentration of product and even concentration of catalyst.
Answer» TFFF FTTT FTTF TFFT Answer :B