13 V.7790 X 10° kg mo, and its vapor pressure is 489 Pa. 4.18 Calculate the molar Gibbs energy G of fusion when su-...
13 V.7790 X 10° kg mo, and its vapor pressure is 489 Pa. 4.18 Calculate the molar Gibbs energy G of fusion when su- percooled water at -3 °C freezes at constant T and P. The en- thalpy of fusion of ice is 6000 J mol-1 at 0 °C. The heat capacities of water and ice in the vicinity of the freezing point are 75.3 and 38 JK- mol-, respectively. ion ate