For the reaction A `hArr` B, `DeltaE` for the reaction is –33.0 kJ `mol^(–1)`. Calculate equilibrium constant `K_C` for the reaction at 300 K

For the reaction A hArr B, DeltaE for the reaction is –33.0 kJ mol^(–1) . Calculate If E_f and E_b are in the ratio 20 : 31, calculate E_f, E_b at 300 K. Assuming pre-exponential factor same for forward and backward reactions.

The unit of equilibrium constant K_(c) for the reaction A+B hArr C would be

A gaseous reaction A(g) hArrB(g) is at equilibrium under standard condition and 200 K. Calculate the equilibrium constant of the reaction at 400 K if DeltaS_("reaction")^(@)=6xx10^(-5) T^(2) cal//K , where T is temperature in kelvin. [Given : R = 2 cal//mol K " and " "In " 2=0.7 ]

Delta G^(@) for the reaction X+Y hArr Z is -4.606 kcal. The value of equilibrium constant of the reaction at 227^(@)C is (R = 2 Cal/mol K)

What will be the value of Delta G .If equilibrium constant for a reaction is 10 at 300K