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(a) For a reaction, the rate law is : Ra...

(a) For a reaction, the rate law is : Rate `=k=[A][B]^(1//2)`. Can this reaction be an elementary reaction ?
(b) The possible mechanism for the reaction : `2" H"_(2)+2" NO"to N_(2)+2" H"_(2)O` is
(i) `2" NO" iff "N"_(2)"O"_(2)` (ii) `N_(2)O_(2)+H_(2)to N_(2)O+H_(2)O" (slow)"` (iii) `N_(2)O+H_(2)to N_(2)+H_(2)O" (fast)"`
What is (i) the rate law for the reaction (ii) order of the reaction.

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The possible mechanism for the reaction 2NO + 2H_(2) to N_(2) + 2H_(2)O is i) 2NO ltimplies N_(2)O_(2) ii) N_(2)O_(2) + H_(2) overset("slow")to N_(2)O+H_(2)O iii) N_(2)O + H_(2) overset("fast")to N_(2) + H_(2)O a) What is rate law for the reaction? b) What is the order of the reaction?

For a reaction, 2NO + 2H_(2) to N_(2) + 2H_(2) O , the possible mechanism is NO hArr N_(2)O_(2) N_(2)O_(2) + H_(2) overset("Slow")(to) N_(2)O + H_(2) O N_(2) O + H_(2) O overset("fast")(to) N_(2) + H_(2) O What is the rate law and order of the reaction?

The kinetics for the reaction, 2NO+ 2H_(2) to N_(2)+2H_(2)O is explained by the following two steps, i) 2NO+ H_(2)to N_(2)+H_(2)O_(2) (slow) ii) H_(2)O_(2)+ H_(2)to 2H_(2)O (fast),

The decomposition of H_(2)O_(2) is represented as H_(2)O_(2) to H_(2)O + O"(slow)" (O) + (O) to O_(2)"(fast)" Then the order of the reaction is

The reaction 2H_(2)O_(2) rarr 2H_(2)O+O_(2) is r=k[H_(2)O_(2)]

Relative rate of reaction with H_(2)O

For the reaction 2H_(2) + 2NO rarr N_(2) + 2H_(2)O , the following mechanism has been suggested : 2NO ? N_(2)O_(2) equilibrium constant K_(1) (fast) N_(2)O_(2) +H_(2) overset(k_(2)) rarr N_(2)O +H_(2)O (slow) N_(2) O +H_(2) overset(k_(3)) rarr N_(2)+H_(2)O (fast) Establish the rate law for given reaction.

The unit of rate constant for the reaction, 2H_(2) + 2NO to 2H_(2)O + N_(2) Which has rate = k [H_(2))[NO]^(2) , is

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