} (2) Calculate the freezing (melting) temperature of water (TM= ?K) at a pressure of P...

  

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} (2) Calculate the freezing (melting) temperature of water (TM= ?K) at a pressure of P = 100 atm. H2O(s) Psolid Pliquid TM = H2O(l) AHO 0.917 g/cm M =6010 J/mole at T=273 K, P = 1 atm = 1.00 g/cm 273 K at P 1 atm aw 18 g/mole Caution: signs and units !!! Species K1000 O2(g) 1 S2(g) 1 C(s) 1 CO(g) 3.0x1010 CO2(g) 4.81020 COS(g) 2.21011 SO2(g) 1.2x1015 Mn(s) 1 MnO(s) 2.0x1016 Mn2O3(s) 1.9x1035 Mn304(s) 1.2x1054 MnS(s) 4.6x1010 Kf are for the reactions forming one mole of the compound from the elements: O2(g), S2(g), C(s) with all reactants and products present in their standard states. } (2) Calculate the freezing (melting) temperature of water (TM= ?K) at a pressure of P = 100 atm. H2O(s) Psolid Pliquid TM = H2O(l) AHO 0.917 g/cm M =6010 J/mole at T=273 K, P = 1 atm = 1.00 g/cm 273 K at P 1 atm aw 18 g/mole Caution: signs and units !!! Species K1000 O2(g) 1 S2(g) 1 C(s) 1 CO(g) 3.0x1010 CO2(g) 4.81020 COS(g) 2.21011 SO2(g) 1.2x1015 Mn(s) 1 MnO(s) 2.0x1016 Mn2O3(s) 1.9x1035 Mn304(s) 1.2x1054 MnS(s) 4.6x1010 Kf are for the reactions forming one mole of the compound from the elements: O2(g), S2(g), C(s) with all reactants and products present in their standard states.