[" For the reaction,"2O_(3)rarr3O_(2)" ,the rate law will be of "],[" proposed mechanism is "],[O_(3)rightleftharpoons O_(2)+O(" Fast ")],[O_(3)+O rarr2O_(2)(" slow ")]

For the reaction 2O_(3)rarr3O_(2) the rate law will be of proposed mechanism is O_(3) hArr O_(2)+O ( Fast ) O_(3)+O rarr2O_(2) ( slow ) What should be the rate law expresison ? what is the order of reaction?

For the reaction : 2O_(3) rarr 3O_(2) the rate of reaction is correctly given by the expression

For a complex reaction 2O_(3)rarr3O_(2) ; having mechanism : O_(3)hArrO_(2) + O" " (fast) O+O_(3)rarr2O_(2)" " (slow) The molecularity of slow step is :- (A) 1 (B) 3 (C) 2 (D) 1.5

The elementary reaction O_3(g) + O(g) rarr 2 O_2(g) is

The chemical reaction , 2O_(3)rarr3O_(2) proceeds as follows : Step I : O_(3)hArrO_(2)+O (fast) Step II : O+O_(3)rarr2O_(2) (slow) The rate law expression should be-

Ozone in the earth's atmosphere decomposes according to the equation: 2O_(3)(g) rarr 3O_(2)(g) This reaction is thought to occur via the two-step mechanism: Step 1: O_(3)(g) hArr O_(2)(g) +O(g) Fast, reversible Step 2: O_(3)(g) +O(g) rarr 2O_(2)(g) slow What rate law is consistent with this mechanism?

Statement: For the reaction 2O_(3) rarr 3O_(2) , the rate =K[O_(3)]^(2)[O_(2)]^(-1) Explanation: The reaction has -ve order for O_(2)

In the following reaction: 2NO(g)+O_(2)(g) overset(k')rarr2NO_(2)(g) What is the predicted rate law, if the mechanism is NO+O_(2)(g) overset(k_(eq))hArr NO_(3) ("fast") (fast) NO_(3) + NO overset(k_(1))rarr NO_(2) + NO_(2) (slow)