Question

2. Determine Z and V for steam at 250 °C and 1800 kPa using: a) The truncated virial equation with the following experimental virial coefficients are: $B = -152.5 \text{ cm}^3 \cdot \text{mol}^{-1}$; $C = -5800 \text{ cm}^6 \cdot \text{mol}^{-2}$ b) The generalized Pitzer correlation of Lee and Kesler c) Equation (3.57), with the generalized correlation for B d) The Soave/Redlich/Kwong equation e) The steam table N.B. - Solve by trial and error and show detailed results of iterations - Make a table to show the results of Z and V for all methods

          2. Determine Z and V for steam at 250 °C and 1800 kPa using:
a) The truncated virial equation with the following experimental virial coefficients are:
$B = -152.5 \text{ cm}^3 \cdot \text{mol}^{-1}$;
$C = -5800 \text{ cm}^6 \cdot \text{mol}^{-2}$
b) The generalized Pitzer correlation of Lee and Kesler
c) Equation (3.57), with the generalized correlation for B
d) The Soave/Redlich/Kwong equation
e) The steam table
N.B. - Solve by trial and error and show detailed results of iterations
- Make a table to show the results of Z and V for all methods

2. Determine Z and V for steam at 250 °C and 1800 kPa using:
a) The truncated virial equation with the following experimental virial coefficients are:
B = -152.5 cm^3 ·mol^-1;
C = -5800 cm^6 ·mol^-2
b) The generalized Pitzer correlation of Lee and Kesler
c) Equation (3.57), with the generalized correlation for B
d) The Soave/Redlich/Kwong equation
e) The steam table
N.B. - Solve by trial and error and show detailed results of iterations
- Make a table to show the results of Z and V for all methods

Added by Peter Z.

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