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    Calculating Max Work from Reversible Cooling of Liquid

    Homework Statement One mole of a liquid with a constant molar heat capacity of 132 j/mol K is initially at a temp of 80 C. The heat capacity is independent of tempearture. Calculate the maximum work that could have been done onthe surroundings while cooling the liquid reversibly. The...
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    Calculating Maximum Work from Cooling Liquid Reversibly

    Homework Statement One mole of a liquid with a constant molar heat capacity of 132 j/mol K is initially at a temp of 80 C. The heat capacity is independent of tempearture. Calculate the maximum work that could have been done onthe surroundings while cooling the liquid reversibly. The...
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    Finding Work with constant pressure and temp.

    The conversion of propene (C3H6) to dichloromethane (CH2Cl2) takes place according to the reaction C3H6(g) + 3Cl2(g) 6 3CH2Cl2(g). At 298.15 K, the standard enthalpy change of this reaction is -306.98 kJ mol-1 and the standard enthalpy of formation of CH2Cl2(g) is -95.52 kJ mol-1...
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