Consider a reaction : A(g)+B(g)hArrC(g)+D(g) A(g), B(g) and C(g) are taken in a container at 1 bar partial pressure each and adequate amount of liquid D is added. From the data give below calculate four digit number abcd. Givin : DeltaG_(f)^(@)A(g)=30kJ//"mole", DeltaG_(f)^(@)B(g)=20kJ//"mole", DeltaG_(f)^(@)C(g)=50kJ//"mole", DeltaG_(f)^(@)D(g)=100kJ//"mole", Vapour pressure of G (l) at 300K=(1)/(6)"bar" (All data at 300K) where Equilibrium constant of reaction (i) Twice the partial pressure of B at equilibrium Twice the partial pressure of B at equilibrium Twice the partial pressure of C at equilibrium

Consider a reaction : A(g)+B(g)hArrC(g)+D(g) A(g), B(g) and C(g) are

1.	Consider a reaction : A(g)+B(g)hArrC(g)+D(g) A(g), B(g) and C(g) are taken in a container at 1 bar partial pressure each and adequate amount of liquid D is added. From the data give below calculate four digit number abcd. Givin : DeltaG_(f)^(@)A(g)=30kJ//"mole", DeltaG_(f)^(@)B(g)=20kJ//"mole", DeltaG_(f)^(@)C(g)=50kJ//"mole", DeltaG_(f)^(@)D(g)=100kJ//"mole", Vapour pressure of G (l) at 300K=(1)/(6)"bar" (All data at 300K) where Equilibrium constant of reaction (i) Twice the partial pressure of B at equilibrium Twice the partial pressure of B at equilibrium Twice the partial pressure of C at equilibrium
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