5 moles of `PCl_(5)` are heated in a closed vessel of 5 litre capacity. At equilibrium `40%` of `PCl_(5)` is found to be dissociated. What is the value of `K_(c)` ?

3 mole of PCl_(5) were heated in a vessel of three litre capacity. At equilibrium 40% of PCl_(5) was found to be dissociated. What will be the equilibrium constant for disscoiation of PCl_(5) ?

3 mole of PCl_(5) were heated in a vessel of three litre capacity. At equilibrium 40% of PCl_(5) was found to be dissociated. What will be the equilibrium constant for disscoiation of PCl_(5) ?

Four moles of PCl_(5) are heated in a closed 4 dm^(3) container to reach equilibrium at 400 K. At equilibrium 50% of PCl_(5) is dissociated. What is the value of K_(c) for the dissociation of PCl_(5) into PCl_(3) "and" Cl_(2) at 400 K ?

Four moles of PCl_(5) are heated in a closed 4 dm^(3) container to reach equilibrium at 400 K. At equilibrium 50% of PCl_(5) is dissociated. What is the value of K_(c) for the dissociation of PCl_(5) into PCl_(3) "and" Cl_(2) at 400 K ?

Two moles of PCl_(5) is heated in a closed vessel of 2 L capacity. When the equilibrium is attained 40 % of it has been found to be dissociated. What is the Kc in mol//dm^(3) ?

Two moles of PCl_(5) is heated in a closed vessel of 2 L capacity. When the equilibrium is attained 40 % of it has been found to be dissociated. What is the Kc in mol//dm^(3) ?