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

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 Solution :N//A