Q.22.he Kinetics of the reaction:2H2 â N2 + 2H2Olained by the fol

1.	Q.22.he Kinetics of the reaction:2H2 â N2 + 2H2Olained by the following two steps:) 2NO+ H2(ii) H2O2 + H2--> 2H2N2+ H202 (slow)0(fast)What is predicted rate law?
Answer» We are given that the order of reaction is first order with respect with respect to H2and second order with respect to NO. So the rate law is as follows -d / dt = k [H2][NO]2 where k is the rate constant for the reaction.

Q.22.he Kinetics of the reaction:2H2 â N2 + 2H2Olained by the following two steps:) 2NO+ H2(ii) H2O2 + H2--> 2H2N2+ H202 (slow)0(fast)What is predicted rate law?

Answer»

We are given that the order of reaction is first order with respect with respect to H2and second order with respect to NO. So the rate law is as follows

-d / dt = k [H2][NO]2

where k is the rate constant for the reaction.

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Q.22.he Kinetics of the reaction:2H2 â N2 + 2H2Olained by the following two steps:) 2NO+ H2(ii) H2O2 + H2--&gt; 2H2N2+ H202 (slow)0(fast)What is predicted rate law?

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Q.22.he Kinetics of the reaction:2H2 â N2 + 2H2Olained by the following two steps:) 2NO+ H2(ii) H2O2 + H2--> 2H2N2+ H202 (slow)0(fast)What is predicted rate law?