Using the enthalpy of gaseous water at 100C as the reference point (AH = 40.66 kJ/mol...

 

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Using the enthalpy of gaseous water at 100°C as the reference point (AH = 40.66 kJ/mol above the value of water at 100°C, above), plot AH(T) from 0 to 120°C at 1 bar, assuming a temperature-independent C, and assuming no phase transitions (i.e., condensation). Compute AH at 25°C. Using the enthalpy of gaseous water at 100°C as the reference point (AH = 40.66 kJ/mol above the value of water at 100°C, above), plot AH(T) from 0 to 120°C at 1 bar, assuming a temperature-independent C, and assuming no phase transitions (i.e., condensation). Compute AH at 25°C.

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we have a reletion bw and AE AH vap AH vap AE Ang RT 3D ... View the full answer