Скачать или смотреть Thermodynamics: Using the Gibbs Duhem Equation to Relate Partial Molar Volumes

A walk through of an example problem finding an expression for the partial molar volume of a species in a binary mixture using the Gibbs Duhem equation:

The partial molar volume of benzene (1) in cyclohexane (2) at 30°C is given by the following expression:
V ̅1 = 92.6 - 5.28x1 + 2.64x12 [cm3/mol]
Find an expression for the partial molar volume of cyclohexane. The density of cyclohexane at 30°C is 0.768 [g/cm3].

Purdue University Omega Chi Epsilon

Text: Engineering and Chemical Thermodynamics by Koretsky 2nd edition
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The partial molar volume of benzene (1) in cyclohexane (2) at 30°C is given by the following expression:
V ̅1 = 92.6 - 5.28x1 + 2.64x12 [cm3/mol]
Find an expression for the partial molar volume of cyclohexane. The density of cyclohexane at 30°C is 0.768 [g/cm3].

The partial molar volume of benzene (1) in cyclohexane (2) at 30°C is given by the following expression:
V ̅1 = 92.6 - 5.28x1 + 2.64x12 [cm3/mol]
Find an expression for the partial molar volume of cyclohexane. The density of cyclohexane at 30°C is 0.768 [g/cm3].

The partial molar volume of benzene (1) in cyclohexane (2) at 30°C is given by the following expression:
V ̅1 = 92.6 - 5.28x1 + 2.64x12 [cm3/mol]
Find an expression for the partial molar volume of cyclohexane. The density of cyclohexane at 30°C is 0.768 [g/cm3].

The partial molar volume of benzene (1) in cyclohexane (2) at 30°C is given by the following expression:
V ̅1 = 92.6 - 5.28x1 + 2.64x12 [cm3/mol]
Find an expression for the partial molar volume of cyclohexane. The density of cyclohexane at 30°C is 0.768 [g/cm3].