?The following is a set of VLE data for the system methanol(1)/water(2) at 333.15 K: (a)
Chapter 13, Problem 13.32(choose chapter or problem)
The following is a set of VLE data for the system methanol(1)/water(2) at 333.15 K:
(a) Basing calculations on Eq. (13.24), find parameter values for the Margules equation that provide the best fit of \(G^{E} / RT\) to the data, and prepare a Pxy diagram that compares the experimental points with curves determined from the correlation.
(b) Repeat (a) for the van Laar equation.
(c) Repeat (a) for the Wilson equation.
(d) Using Barker’s method, find parameter values for the Margules equation that provide the best fit of the \(P-x_{1}\) data. Prepare a diagram showing the residuals \(\delta P\) and \(\delta y_{1}\) plotted vs. \(x_{1}\).
(e) Repeat (d) for the van Laar equation.
(f) Repeat (d) for the Wilson equation.
Text Transcription:
G^E/RT
P-x_1
delta P
delta y_1
x_1
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