4 mole `H_(2)O(g),2.5`mole `H_(2)`, 2.5 mole CO(g) and 1 mole inert gas He are kept at a total pressure of 10 bar in a flask containing C (graphite) at temperature T. Calculate `DeltaG` (inkJ) of the following reaction at the abovecondition :`C_("graphite")+H_(2)O(g)to H_(2)(g)+CO(g)` [Given : `Delta G_("formation",H_(2)O(g))^(@)=-230 " kJmol"^(-1)`, `Delta G_("formation",CO(g))^(@)=-130 " kJmol"^(-1) " and " 2.303 RT =10 kJ, "log"(5)/(4)=0.1`]

4 mole `H_(2)O(g),2.5`mole `H_(2)`, 2.5 mole CO(g) and 1 mole inert ga

1.	4 mole `H_(2)O(g),2.5`mole `H_(2)`, 2.5 mole CO(g) and 1 mole inert gas He are kept at a total pressure of 10 bar in a flask containing C (graphite) at temperature T. Calculate `DeltaG` (inkJ) of the following reaction at the abovecondition :`C_("graphite")+H_(2)O(g)to H_(2)(g)+CO(g)` [Given : `Delta G_("formation",H_(2)O(g))^(@)=-230 " kJmol"^(-1)`, `Delta G_("formation",CO(g))^(@)=-130 " kJmol"^(-1) " and " 2.303 RT =10 kJ, "log"(5)/(4)=0.1`]
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