If `(dx)/(dt)=k[H_(3)O^(+)]n`
and rate becomes 100 times when pH changes from 2 to 1 Hence order of reactions is

If (dx)/(dt)=k[H_(3)O^(+)]^(n) and rate becomes 100 times when pH changes form 2 to 1. Hence order of reaction is

If ((dx)/(dt))=k[H^(+)]^(n) and rate becomes 100 times when pH change from 2 to 1. Hence, order is :

If rate =k[H^(+)]^(n) and it becomes 100 times when the pH changes from 2 to 1, then the order of reaction is

The rate of a reaction is given by rate, r = k [H^+]^n If the rate becomes 100 times when the pH changes from 3 to 1, the order of the reaction is

The rate of a certain reaction is given by , rate =K [H^(+) ]^(n) . The rate increases 100 times when the pH changes from 3 to 1 . The order (n) of the reaction is ______.

The rate of a certain reaction is given by , rate =K [H^(+) ]^(n) . The rate increases 100 times when the pH changes from 3 to 1 . The order (n) of the reaction is ______.

The rate of a certain reaction is given by, rate = k [H^+]^n . The rate increases 100 times when the pH changes from 3 to 1. The order (n) of the reaction is

The rate of a certain reaction is given by, rate =k[H^(+)]^(n) The rate increase 100times when the pH change from 3 to 1. The order (n) of the reaction is—