Calculate the boiling point of water (Ty? K) at a pressure of P - 3 atm....

 

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Calculate the boiling point of water (Ty? K) at a pressure of P - 3 atm. H0 (1) H0 (v) AH-41,000 J/mole at 1 atm, 373 K Some constants and conversion factors; R = 1.987 cal/(mole K) R = 8.314 joules/ (mole K) R = 82.05 cm atm/(mole K) R = .082 liter atm/(mole K) I cal=4.184 joules 1 liter atm = 101.3 joules 1000 liters = 1 m 1 atm 1.013-105 Pa Species K1000 O(g) S(g) C(s) CO(g) CO(g) 1 1 1 3.0x1010 4.8x1020 COS(g) SO(g) Mn(s) MnO(s) 2.0x1016 Mn03(s) Mn3O4(s) 1.2x1054 MnS(s) 2.2x1011 1.2*1015 1 1.9x1035 4.6x1010 Kf are for the reactions forming one mole of the compound from the elements: O(g), S(g), C(s) with all reactants and products present in their standard states. Calculate the boiling point of water (Ty? K) at a pressure of P - 3 atm. H0 (1) H0 (v) AH-41,000 J/mole at 1 atm, 373 K Some constants and conversion factors; R = 1.987 cal/(mole K) R = 8.314 joules/ (mole K) R = 82.05 cm atm/(mole K) R = .082 liter atm/(mole K) I cal=4.184 joules 1 liter atm = 101.3 joules 1000 liters = 1 m 1 atm 1.013-105 Pa Species K1000 O(g) S(g) C(s) CO(g) CO(g) 1 1 1 3.0x1010 4.8x1020 COS(g) SO(g) Mn(s) MnO(s) 2.0x1016 Mn03(s) Mn3O4(s) 1.2x1054 MnS(s) 2.2x1011 1.2*1015 1 1.9x1035 4.6x1010 Kf are for the reactions forming one mole of the compound from the elements: O(g), S(g), C(s) with all reactants and products present in their standard states.