![SOLVED: Predict the enthalpy of condensation (kJ/mol) for water at 373K given the following: HzOlg) Hzlg)- 1/20 2(g) AH = 242.58 kJ 2H 2(g) 0 2lg) 2H 20() AH =-566.34kJ 323.76 323.76 40.59 81.18 81.18 SOLVED: Predict the enthalpy of condensation (kJ/mol) for water at 373K given the following: HzOlg) Hzlg)- 1/20 2(g) AH = 242.58 kJ 2H 2(g) 0 2lg) 2H 20() AH =-566.34kJ 323.76 323.76 40.59 81.18 81.18](https://cdn.numerade.com/ask_images/f8b4eff3b8f8489c9488945620efdbb2.jpg)
SOLVED: Predict the enthalpy of condensation (kJ/mol) for water at 373K given the following: HzOlg) Hzlg)- 1/20 2(g) AH = 242.58 kJ 2H 2(g) 0 2lg) 2H 20() AH =-566.34kJ 323.76 323.76 40.59 81.18 81.18
![Premium Vector | Phase changes vector illustration. labeled matter scheme with enthalpy system. diagram with plasma, solid, gas and liquid transformation. ionization, condensation, sublimation and vaporization example Premium Vector | Phase changes vector illustration. labeled matter scheme with enthalpy system. diagram with plasma, solid, gas and liquid transformation. ionization, condensation, sublimation and vaporization example](https://img.freepik.com/premium-vector/phase-changes-vector-illustration-labeled-matter-scheme-with-enthalpy-system-diagram-with-plasma-solid-gas-liquid-transformation-ionization-condensation-sublimation-vaporization-example_1995-698.jpg?w=2000)
Premium Vector | Phase changes vector illustration. labeled matter scheme with enthalpy system. diagram with plasma, solid, gas and liquid transformation. ionization, condensation, sublimation and vaporization example
![SOLVED: 'Calculate the molar enthalpy of condensation (AHccnd) for ammonia (NHe) when 50.0g of NHa gas turn into liquid at its boiling point; 68,500J of energy are released in the process' SOLVED: 'Calculate the molar enthalpy of condensation (AHccnd) for ammonia (NHe) when 50.0g of NHa gas turn into liquid at its boiling point; 68,500J of energy are released in the process'](https://cdn.numerade.com/ask_previews/b87c2099-c6e1-4ec1-b6e4-c9f1baabb26f_large.jpg)
SOLVED: 'Calculate the molar enthalpy of condensation (AHccnd) for ammonia (NHe) when 50.0g of NHa gas turn into liquid at its boiling point; 68,500J of energy are released in the process'
![enthalpy - What is heat of vaporization? How can it be used at temperature as low as 25 °C? - Chemistry Stack Exchange enthalpy - What is heat of vaporization? How can it be used at temperature as low as 25 °C? - Chemistry Stack Exchange](https://i.stack.imgur.com/sucSu.jpg)