For a reversible reaction `C hArr D`, heat of reaction at constant volume is `-33.0 kJ mol^(-1)`, calculate: (i) The equilibrium constant at `300 K`. (ii) If `E_(f)` and `E_(b)` are energy of activation for forward and backward reactions respectively, calculate `E_(f)` and `E_(b)` at `300 K`. Given that `E_(f) : E_(b)=20:31` Assumw pre exponential factor same for forward and backward reaction.

For a reversible reaction `C hArr D`, heat of reaction at constant vol

1.	For a reversible reaction `C hArr D`, heat of reaction at constant volume is `-33.0 kJ mol^(-1)`, calculate: (i) The equilibrium constant at `300 K`. (ii) If `E_(f)` and `E_(b)` are energy of activation for forward and backward reactions respectively, calculate `E_(f)` and `E_(b)` at `300 K`. Given that `E_(f) : E_(b)=20:31` Assumw pre exponential factor same for forward and backward reaction.
Answer» Correct Answer - `5.57xx10^(5), 60 kJ, 93 kJ;`

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