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The rate law for the reaction 2X +Y ra...

The rate law for the reaction
`2X +Y rarr Z` is Rate `= k[X][Y]`
The correct statement with regard to this relation is

A

The unit of k is `s^(-1)`

B

The rate of reaction is independent of [X] and [Y]

C

For this reaction `t_(1//2)` is independent of initial concentration of the reactions

D

The rate of formation of Z is half the rate of disappearance of X.

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The correct Answer is:
D

On the disappearnce of 2 moles of x : 1 mole of Z appears.
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DINESH PUBLICATION-RATES OF REACTIONS AND CHEMICAL KINETICS-Revision Question
  1. Half life of a first order reaction and a zero order reaction are same...

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  2. If the activation enery for the forward reaction is 150 "kJ mol"^(-1) ...

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  3. The rate law for the reaction 2X +Y rarr Z is Rate = k[X][Y] The c...

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  4. Consider the following statements (i) increase in the concentration ...

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  5. The activation energy for a reaction at temperature T K was found to b...

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  6. The time required for 100% completion of a zero order reaction is

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  7. The following data is obtained during the first order thermal decompos...

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  8. Consider the decomposition of N(2)O(5) as N(2)O(5)rarr2NO(2)+1//2O(2...

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  9. For the reaction R rarr P, graph of [R] against time is found to be a ...

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  10. In a catalyst experiment involving the Haber process N(2) + 3H(2) rarr...

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  11. 10 g of a radioactive isotope is reduced to 1.25 g in 12 years. Theref...

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  12. Plots showing the variation of the rate constant (k) with temperature ...

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  13. The rate of the reaction A rarr products, at the initial concentration...

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  14. For first order reaction, the time taken to reduce tha initial concent...

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  15. The initial rates of reaction 3 A+ 2B +C rarr products at different in...

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  16. The activation energy for a reaction at temperature T K was found to b...

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  17. Units of rate constant depend upon

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  18. Which one of the following statements for the order of a reaction is i...

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  19. The rate of law for the reaction xA+yB=mP+nQ is Rate k[A]^(c)[B]^(d). ...

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  20. The rate of the reaction : 2N(2)O(5)rarr4NO(2)+O(2) can be written i...

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