Two solid A and B are present in two different container having same volume and same temperature following equilibrium are established In container (1) A(s)hArrD(g) + C(g) P_(T) = 40 atm at equilibrium In container (2) B (s)hArrE(g) + F(g) P_(T) = 60 atm at equilibrium If excess of A and B are added to a third container having double the volume and at same temperature then the total pressure of this container at equilibrium is ?

Two solid A and B are present in two different container having same v

1.	Two solid A and B are present in two different container having same volume and same temperature following equilibrium are established In container (1) A(s)hArrD(g) + C(g) P_(T) = 40 atm at equilibrium In container (2) B (s)hArrE(g) + F(g) P_(T) = 60 atm at equilibrium If excess of A and B are added to a third container having double the volume and at same temperature then the total pressure of this container at equilibrium is ?
Answer» 50 atm 100 atm 200 atm 70 atm Answer :B