{:(,"Column-I",,"Column-II"),("(a)",underset("much time faster a reaction proceed at" 25^(@)Cthan at 0^(@)C)"If the activation energy is 65 kJ then how",,"(p) 2"),("(b)",underset(0.0693 min^(-1) "if we start with" 20molL^(-1) "it is reduced to" 2.5 mol L^(-1)"in how many minutes")"Rate constant of a first order reaction is",,"(q) 0"),("(c)",underset("reactions are same ratio of rates at the start of reaction is how many times of 0.693")"Half lives of first order and zero order",,"(r) 11"),("(d)",underset([A](M) 0.0677 0.136 0.272 t_(1//2)(sec) 240 480 960 "order of the reation is")"The half life periods are given",,"(s)30"):}

{:(,"Column-I",,"Column-II"),("(a)",underset("much time faster a react

1.	{:(,"Column-I",,"Column-II"),("(a)",underset("much time faster a reaction proceed at" 25^(@)Cthan at 0^(@)C)"If the activation energy is 65 kJ then how",,"(p) 2"),("(b)",underset(0.0693 min^(-1) "if we start with" 20molL^(-1) "it is reduced to" 2.5 mol L^(-1)"in how many minutes")"Rate constant of a first order reaction is",,"(q) 0"),("(c)",underset("reactions are same ratio of rates at the start of reaction is how many times of 0.693")"Half lives of first order and zero order",,"(r) 11"),("(d)",underset([A](M) 0.0677 0.136 0.272 t_(1//2)(sec) 240 480 960 "order of the reation is")"The half life periods are given",,"(s)30"):}
Answer» ANSWER :(a-r);(b-s);(c-p);(d-q)