`2A(S)hArrB(g)+2C(g)+3D(g)` Total pressure developed in closed conatainer by decomposition of A at equilibrium is 12 atm at `727^(@)C`. Calculate `DeltaG^(@)` (in cal)of the reaction at `727^(@)C`. (R=2cal/mol-K,In2=0.7,In3=1.1) [Fill your answer as `|DeltaG^@|/(100)]`.

`2A(S)hArrB(g)+2C(g)+3D(g)` Total pressure developed in closed conatai

1.	`2A(S)hArrB(g)+2C(g)+3D(g)` Total pressure developed in closed conatainer by decomposition of A at equilibrium is 12 atm at `727^(@)C`. Calculate `DeltaG^(@)` (in cal)of the reaction at `727^(@)C`. (R=2cal/mol-K,In2=0.7,In3=1.1) [Fill your answer as `\|DeltaG^@\|/(100)]`.
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`2A(S)hArrB(g)+2C(g)+3D(g)` Total pressure developed in closed conatainer by decomposition of A at equilibrium is 12 atm at `727^(@)C`. Calculate `DeltaG^(@)` (in cal)of the reaction at `727^(@)C`. (R=2cal/mol-K,In2=0.7,In3=1.1) [Fill your answer as `|DeltaG^@|/(100)]`.

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