10 moles of pure PCl_(5) gas is put into a closed container of volume 'V' and temerature 'T' and allowed to reach equilibrium, at an equilibrium pressure 20 atm. The pure PCl_(5) is found to be 50% dissociated at equilibrium. PCl_(5)(g)hArrPCl_(3)(g)+Cl_(2)(g) The partial pressure of PCl_(5), if equilibrium is established at new equlibrium pressure 35 atm by changing volume is :

10 moles of pure PCl_(5) gas is put into a closed container of volume

1.	10 moles of pure PCl_(5) gas is put into a closed container of volume 'V' and temerature 'T' and allowed to reach equilibrium, at an equilibrium pressure 20 atm. The pure PCl_(5) is found to be 50% dissociated at equilibrium. PCl_(5)(g)hArrPCl_(3)(g)+Cl_(2)(g) The partial pressure of PCl_(5), if equilibrium is established at new equlibrium pressure 35 atm by changing volume is :
Answer» 10 ATM 15 atm 18 atm 12 atm Answer :B