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Using the Antoine equation, prepare two plots of Psat versus T for Benzene over the range of temperature for which the parameters are valid. One plot should present Psat on a linear scale and the other should present Psat on a log scale. Make these plots using appropriate software of your choice (Excel, Matlab, etc.), not by hand. In both cases, T should be on the horizontal axis (independent variable) and Psat nwww ww www. should be on the vertical axis. Please show all work and use Excel or Matlab. The parameters for Benzene are given below. A 13.7819 B 2726.81 C 217.572 Temp Range( C) 6-104 AHn (kJ/mol) 30.72 Latent heat of Vaporization at normal boiling point a0000nd Normal boiling point Tr (oC) 80.0

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Answer:

Here's what I get.

Step-by-step explanation:

The Antoine equation is


\log p = A - (B )/(C+T)

A = 13.7819

B = 2726.81

C = 217.572

I did the calculations and the plots in Excel.

Figure 1 shows the calculations, Figure 2 is the linear plot, and Figure 3 is the log plot.

Using the Antoine equation, prepare two plots of Psat versus T for Benzene over the-example-1
Using the Antoine equation, prepare two plots of Psat versus T for Benzene over the-example-2
Using the Antoine equation, prepare two plots of Psat versus T for Benzene over the-example-3
User Fvukovic
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