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The rate of disappearance of A at two te...

The rate of disappearance of A at two temperature is given by `A hArr B`
i. `(-d[A])/(dt)=2xx10^(-2)[A]-4xx10^(-3)[B]` at `300 K`
ii. `(-d[A])/(dt)=4xx10^(-2)[A]-16xx10^(-4)[B]` at `400 K`
From the given values of heat of reaction which are incorrect.

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The correct Answer is:
16.06 kJ
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MOTION-CHEMICAL EQUILIBRIUM-Exercise - 3
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  3. The rate of disappearance of A at two temperature is given by A hArr B...

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  7. How will an increase in temperature affect each of the following equil...

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  8. How will an increase in temperature affect each of the following equil...

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  9. How will an increase in temperature affect each of the following equil...

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  10. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  11. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  12. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  13. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  14. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  15. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  16. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  17. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  18. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  19. Consider the reaction, 2Cl(2)(g) + 2H(2)O(g)hArr4HCl(g) + O(2)(g) ...

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  20. Following equilibrium is established at temperature T. A(g) hArr B(g...

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