Explain what is the change of molar gibbs energy

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What is the change of molar Gibbs energy for the freezing of water at -10C? The vapor pressure of H2O (liquid, -10C) is 286.5Pa. The vapor pressure of H2O (solid, -10C) is 260Pa. At -10C the molar volume of supercooled water is 1.8 x 10^-5 m^3/mol and the molar volume for ice is 2.00 x 10^-5 m^3/mol.

Reference no: EM13230638

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Explain what is the change of molar gibbs energy : What is the change of molar Gibbs energy for the freezing of water at -10C? The vapor pressure of H2O (liquid, -10C) is 286.5Pa. The vapor pressure of H2O (solid, -10C) is 260Pa. At -10C the molar volume of supercooled water

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