PCI_(5) (g)hArrPCI_(3)(g) + CI_(2)(g) DeltaG_(f)^(circ)[PCI_(5)(g)]=-74kcal//mol DeltaG_(f)^(circ)[PCI_(5)(g)]=-60kcal//mol The, calculate value of equilibrium constant for dissociation of PCI_(5)(g) at 727^circC temperature. (In2=0.7)

PCI_(5) (g)hArrPCI_(3)(g) + CI_(2)(g) DeltaG_(f)^(circ)[PCI_(5)(g)]=-

1.	PCI_(5) (g)hArrPCI_(3)(g) + CI_(2)(g) DeltaG_(f)^(circ)[PCI_(5)(g)]=-74kcal//mol DeltaG_(f)^(circ)[PCI_(5)(g)]=-60kcal//mol The, calculate value of equilibrium constant for dissociation of PCI_(5)(g) at 727^circC temperature. (In2=0.7)
Answer» `2^10` `2^-10` `2^-20` `2^(+20)` ANSWER :B