Consider the following reaction and its standard molar Gibbs Free-Energy of reaction:
2 Fe₃+ (aq) + Hg 2 2+ (aq) 2 Fe₂+ (aq) + 2 Hg 2+ (aq) D G rxn = 2.87 kJ/mol What is the molar Gibbs Free-Energy of reaction at 500 K under non-standard conditions when Fe₃+ = 0.25 M, Hg 2 2+ = 0.33 M, Fe₂+ = 0.15 M and Hg 2+ = 0.32 M?

Question

Consider the following reaction and its standard molar Gibbs Free-Energy of reaction:
2 Fe₃+ (aq) + Hg 2 2+ (aq)

Consider the following reaction and its standard molar Gibbs Free-Energy of reaction: 2 Fe<sub>3</sub>+ (aq) + Hg 2 2+ (aq) 2 Fe<sub>2</sub>+ (aq) + 2 Hg 2+ (aq) D G rxn = 2.87 kJ/mol What is the molar Gibbs Free-Energy of reaction at 500 K under non-standard conditions when Fe<sub>3</sub>+ = 0.25 M, Hg 2 2+ = 0.33 M, Fe<sub>2</sub>+ = 0.15 M and Hg 2+ = 0.32 M? A) D G <sub>rxn</sub> = - 6.24 kJ/mol B) D G <sub>rxn</sub> = 0.619 kJ/mol C) D G <sub>rxn</sub> = 2.78 kJ/mol D) D G <sub>rxn</sub> = 9.11 kJ/mol E) D G <sub>rxn</sub> = 12.0 kJ/mol

2 Fe₂+ (aq) + 2 Hg 2+ (aq) D G rxn = 2.87 kJ/mol What is the molar Gibbs Free-Energy of reaction at 500 K under non-standard conditions when Fe₃+ = 0.25 M, Hg 2 2+ = 0.33 M, Fe₂+ = 0.15 M and Hg 2+ = 0.32 M?

Quizplus · Accepted Answer

The Answer of Consider the following reaction and its standard molar Gibbs Free-Energy of reaction: 2 Fe₃+ (aq) + Hg 2 2+ (aq) 2 Fe₂+ (aq) + 2 Hg 2+ (aq) D G rxn = 2.87 kJ/mol What is the molar Gibbs Free-Energy of reaction at 500 K under non-standard conditions when Fe₃+ = 0.25 M, Hg 2 2+ = 0.33 M, Fe₂+ = 0.15 M and Hg 2+ = 0.32 M?

Consider the Following Reaction and Its Standard Molar Gibbs Free-Energy