The decomposition of A into product has value of k as `4.5 xx10^(3) s^(-1)at 10^(@)C` and energy of activation `60 kJ mol ^(-1).` At what temperature would k be `1.5 xx10^(4) s^(-1)?`

The decomposition of A into products has a value of k as 4.5 xx 10^(3) s^(-1) at 10^(@)C and energy of activation 60 kJ mol^(-1) . At what temperature would k be 1.5 xx 10^(-4) s^(-1) ?

The decomposition of A into product has value of k as 4.5xx10^(3)s^(-1) " at" 10^(@)C and energy of activation 60"kJ.mol"^(-1) . At what temperature would k be 1.5xx10^(4)s^(-1) ?

The decomposition of A into product has value of k as 4.5xx10^(3)s^(-1) at 10^(@)C and energy of activation of 60kJmol^(-1) . At what temperature would k be 1.5xx10^(4)s^(-1)?

The decomposition of A into product has value of k as 4.5xx10^(3)s^(-1) at 10^(@)C and energy of activation of 60kJmol^(-1) . At what temperature would k be 1.5xx10^(4)s^(-1)?

(a) The decomposition of A into products has a value of K as 4.5 xx 10^(3)s^(-1) " at "10^(@)C and energy of activation 60kJ "mol"^(-1) . At what temperature would K be 1.5 xx 10^(4) s^(-1) ? (b) (i) If half life period of a first order reaction is x and 3//4^(th) life period of the same reaction is y, how are x and y related to each other ? (ii) In some cases it is found that a large number of colliding molecules have energy more than threshold energy, yet the reaction is slow. Why?