For the following gaseous phase eqilibrium PCl_(5(s)) hArrPCg_(3(g))+Cl_(2(g))Kp is found to be equal to K_(x) K_(x) is equilibrium constant when concentratiion are taken in interms of mole fraction). This attained when

For the following gaseous phase eqilibrium PCl_(5(s)) hArrPCg_(3(g))+C

1.	For the following gaseous phase eqilibrium PCl_(5(s)) hArrPCg_(3(g))+Cl_(2(g))Kp is found to be equal to K_(x) K_(x) is equilibrium constant when concentratiion are taken in interms of mole fraction). This attained when
Answer» 1 ATM 0.5 atm 2 atm 4 atm Solution :`K_(P)=K_(X)(P)^(Delta n_((G)))`