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The kinetics for the reaction, 2NO+ 2H(2...

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),

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Rate law, r=`k[NO]^(2)[H_(2)]`
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DINESH PUBLICATION-CHEMICAL KINETICS-Qestions from board examinations
  1. Define activation energy for a reaction.

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  2. For a reaction, Cl(2)(g) + 2NO(g) to 2NOCl(g) ,the rate law is express...

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  3. The kinetics for the reaction, 2NO+ 2H(2) to N(2)+2H(2)O is explained ...

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  4. Writte the rate law and order for the following reaction: AB(2)+C(2)...

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  5. Write any reaction with fractional order. What is its rate equation?

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  6. If the concentration is expressed in mol L^(-1) units and time in seco...

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  7. A reaction is first order in A and of second order in B. Write the dif...

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  8. Rate of chlorination of methane is accelerated by light. Explain.

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  9. Why does the rate of a reaction not remain constant throughtout the re...

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  10. Give one example of first and second order reactions.

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  11. Find the values of the rate constant of a first order reaction having ...

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  12. Show by uisng rate laws how much the rate of reaction 2NO(g) + O(2)(g)...

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  13. Calculate the half life of a first order reaction from their rate cons...

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  14. What is the relation between rate constant and activation energy of a ...

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  15. What is the relation between half-life period and initial concentratio...

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  16. Explain the terms i) Order of a reaction ii) Molecularity of a rea...

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  17. Give one example each of zero order and first order reactions:

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  18. What is the meant by rate constant k of a reaction?

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  19. If the concentration is mentioned in mol L^(-1) units and time in seco...

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  20. What do you understand by rate law and rate constant of a reaction?

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