Question: For the Ethanol(1) - Toluene (2) system at a temperature of 60C and using the equation of Wilson as a model for the activity coefficient
For the Ethanol(1) - Toluene (2) system at a temperature of 60C and using the equation of Wilson as a model for the activity coefficient (use the Modified Raoult Equation), do the following calculations:
A. What is the pressure and composition of the gas phase, for X1=0.3 (Using Wilson)
B. What is the pressure and composition of the liquid phase, for Y1=0.3 (Using Wilson)
C. Check if an azeotrope exists and find the corresponding pressure and composition. Repeat the calculation of point c) with the Symmetric Model, Margules, Wilson and NRTL
D. Make a T vs X,Y plot for this system when it is at a Pressure of 100 kPa.(Using Wilson)
E. Make a P vs X,Y plot for this system when the Temperature is 60C (Using Wilson)
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