35. Solution to Chemistry Problem
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39. The molar heat of fusion of ice at 273 K is 6.01 kJ/mol, and the molar heat capacity of water is 75.31 J/(mol•K). Find ΔG, ΔH and ΔS for the process of converting 1 mole of water supercooled to 268 K into ice if the molar heat capacity of ice is described by the equation
CP(T) = -0.197 140.16•10-3•T (J/(mol•K)).
The entropy of ice at 273 K is 39.33 J/(mol•K).
CP(T) = -0.197 140.16•10-3•T (J/(mol•K)).
The entropy of ice at 273 K is 39.33 J/(mol•K).
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