Find `DeltaG^(@)andDeltaH^(@)` for the reaction `CO(g)+(1)/(2)O_(2)(g) toCO_(2)(g)at 300K` when the standard entropy is `-0.094kJ mol^(_1)K^(-1).` The standard Gibbs free energiers fo formation for `CO_(2)andCOare-394.4 and-137.2kJ mol^(-1) respectively.`A. `DeltaG^(@)=257.2kJ//mol, DeltaH^(@)=285.4kJ//mol`B. `DeltaG^(@)=514.4kJ//mol, DeltaH^(@)=-570.8kJ//mol`C. `DeltaG^(@)=514.4kJ//mol, DeltaH^(@)=-570.8kJ//mol`D. `DeltaG^(@)=-257.2kJ//mol, DeltaH^(@)=-285.4kJ//mol`

Find `DeltaG^(@)andDeltaH^(@)` for the reaction `CO(g)+(1)/(2)O_(2)(g)

1.	Find `DeltaG^(@)andDeltaH^(@)` for the reaction `CO(g)+(1)/(2)O_(2)(g) toCO_(2)(g)at 300K` when the standard entropy is `-0.094kJ mol^(_1)K^(-1).` The standard Gibbs free energiers fo formation for `CO_(2)andCOare-394.4 and-137.2kJ mol^(-1) respectively.`A. `DeltaG^(@)=257.2kJ//mol, DeltaH^(@)=285.4kJ//mol`B. `DeltaG^(@)=514.4kJ//mol, DeltaH^(@)=-570.8kJ//mol`C. `DeltaG^(@)=514.4kJ//mol, DeltaH^(@)=-570.8kJ//mol`D. `DeltaG^(@)=-257.2kJ//mol, DeltaH^(@)=-285.4kJ//mol`
Answer» Correct Answer - D

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