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For the reaction A+Bto products, it is f...

For the reaction `A+Bto` products, it is found that order of A is 1 and order of B is `1//2`. When concentrations of both A and B are increased four times the rate will increase by a factor

A

6

B

8

C

4

D

16

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The correct Answer is:
B
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AAKASH SERIES-CHEMICAL KINETICS-PRACTICE EXERCISE
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  3. For the reaction A+Bto products, it is found that order of A is 1 and ...

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  4. For 2NH(3)overset("Au")(to)N(2)+3H(2), rate w.r.t N(2) is 2xx10^(-3)"M...

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  6. For a reaction the following mechanism has been proposed , 2A+BtoD+E ...

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  7. For the reaction, Ato products the rate of reaction is 7.5xx10^(-4)" m...

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  8. A first order decomposition reaction takes 40min. For 30% decompositio...

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  9. A+Bto products, the kinetic data of the reaction is {:(A("m. lit"^(-...

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  10. The conversion of A to B follows second order kinetics. Doubling the c...

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  11. nAto products is a first order reaction with k=10" min"^(-1). If the r...

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  12. 2HIoverset("Au")(to)H(2)+I(2) following n^(th) order kinetics. If rate...

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  13. Observe the following data regarding {:(" ...

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  14. For 2A+B+Cto Products, rate law is given by rate =" k [A] [B]"^(2) & r...

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  15. For AtoB, a first order reaction, k=10^(-2)"min"^(-1). If initial conc...

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  16. A((g))toB((g)) is a first order reaction. The initial concentration of...

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  17. Rate expression for xA+yBto prodcuts is Rate =k[A]^(m)[B]^(n). Units o...

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  18. For SO(2)Cl(2(g))toSO(2(g))+Cl(2(g)), time required for 99.9% completi...

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  19. A reaction rate is found to depend upon the two concentration terms. T...

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  20. For the rate of the reaction 2H(2)O(2)to2H(2)O+O(2),r=K[H(2)O(2)] it...

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