At 25C and 1 bar, the differential heat of solution of KCl in water at infinite...

  

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At 25C and 1 bar, the differential heat of solution of KCl in water at infinite dilution is 17.22 kJ/mol. A saturated 25C aqueous KCl solution has KC1 molality 4.82 mol/kg and activity coefficient y =0.588. For pure KCl(s) at 25C,Af G = -409.14 kJ/mol, Af H = -436.75 kJ/mol, and S=82.59 J/(mol K). Find A G298, Af H298, and S298 for K+ (aq). A Go[HCl(aq)]=-131.23 kJ/mol. At 25C and 1 bar, the differential heat of solution of KCl in water at infinite dilution is 17.22 kJ/mol. A saturated 25C aqueous KCl solution has KC1 molality 4.82 mol/kg and activity coefficient y =0.588. For pure KCl(s) at 25C,Af G = -409.14 kJ/mol, Af H = -436.75 kJ/mol, and S=82.59 J/(mol K). Find Af G298, Af H298, and S298 for K* (aq). A Go[HCl(aq)]=-131.23 kJ/mol. At 25C and 1 bar, the differential heat of solution of KCl in water at infinite dilution is 17.22 kJ/mol. A saturated 25C aqueous KCl solution has KC1 molality 4.82 mol/kg and activity coefficient y =0.588. For pure KCl(s) at 25C,Af G = -409.14 kJ/mol, Af H = -436.75 kJ/mol, and S=82.59 J/(mol K). Find A G298, Af H298, and S298 for K+ (aq). A Go[HCl(aq)]=-131.23 kJ/mol. At 25C and 1 bar, the differential heat of solution of KCl in water at infinite dilution is 17.22 kJ/mol. A saturated 25C aqueous KCl solution has KC1 molality 4.82 mol/kg and activity coefficient y =0.588. For pure KCl(s) at 25C,Af G = -409.14 kJ/mol, Af H = -436.75 kJ/mol, and S=82.59 J/(mol K). Find Af G298, Af H298, and S298 for K* (aq). A Go[HCl(aq)]=-131.23 kJ/mol.