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The figure shows the change in concentra...

The figure shows the change in concentration of species A and B as a function of time.
The equilibrium constant `K_(c)`for the reaction` A(g)hArr2B(g)` is :

A

(A) `K_(c)gt1`

B

(B) `Klt1`

C

(C) `K=1`

D

(D) data insufficient

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RESONANCE-CHEMICAL EQUILIBRIUM-Exercise-1 (Part-2)
  1. In a reversible reaction Aunderset(K2)overset(K1)hArrB the initial con...

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  2. The reaction A + B hArr C + D is studied in a one litre vessel at 250^...

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  3. The figure shows the change in concentration of species A and B as a f...

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  4. Using moler concentrations, what is the unit of K(c) for the reaction ...

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  5. K(c) = 9 for the reaction, A + B hArrC + D. If A and B are taken in eq...

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  6. The equilibrium N(2) (g) + O(2) (g)hArr 2NO (g) is established in a re...

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  7. An equilibrium mixture for the reaction 2H(2)S(g) hArr 2H(2)(g) + S(...

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  8. What is the unit of K(p) for the reaction ? CS(2)(g)+4H(4)(g)hArrCH(...

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  9. N2 and H2 are taken in 1:3 molar ratio in a closed vessel to attained ...

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  10. The equilibrium constant, K(p) for the reaction 2SO(2)(g)+O(2)(g)hAr...

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  11. For the reaction A(2)(g) + 2B(2)hArr2C(2)(g) the partial pressure of A...

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  12. PCl(5)hArrPCl(3)+Cl(2) in the reversible reaction the moles of PCl(5)....

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  13. At 1000 K , a sample of pure NO(2) gases decomposes as : 2NO(2)(g)hA...

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  14. A 10 litre box contains O3 and O2 at equilibrium at 2000 K. Kp=4xx10^(...

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  15. At 527^(@)C, the reaction given below has K(c)=4 NH(3)(g)hArr(1)/(2)...

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  16. The value of K(p) fot the reaction 2H(2)O(g) + 2CI(2)(g)hArr4HCI(g) + ...

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  17. log Kp/Kc+log RT=0 is a relationship for the reaction :

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  18. For the following gases equilibrium, N(2)O(4) (g)hArr2N(2) (g) , K(p)...

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  19. consider the following reversible gaseous reaction (at 298 K): (A) N...

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  20. 2 moles each of SO(3), CO, SO(2) and CO(2) is taken in a 1 L vessel. I...

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