Calculate the molar volume of sulphur hexafluoride vapour at 100 °C and 15 bar using a. the truncated virial equation with the following experimental values of virial coefficient; B = -163.4 cm³ /mol and C = 12120 cm6 /mol? b. the Redlich/Kwong equation of state c. The Peng/Robinson equation of state The equations and constants below may be needed pa (Tr;w) Z - B (Z + eß)(Z + oß)' ß = 7 Z = 1 +B - aß- = N÷,q = NT, Tc = 318 K, Pc = 37.6 bar, w = 0.21

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Calculate the molar volume of sulphur hexafluoride vapour at 100 °C and 15 bar using
a. the truncated virial equation with the following experimental values of virial
coefficient; B = -163.4 cm³ /mol and C = 12120 cm6 /mol?
b. the Redlich/Kwong equation of state
c. The Peng/Robinson equation of state
The equations and constants below may be needed
pa (Tr;w)
Z - B
(Z + eß)(Z + oß)'
ß = 7
Z = 1 +B - aß-
= N÷,q =
NT,
Tc = 318 K, Pc = 37.6 bar, w = 0.21
Transcribed Image Text:Calculate the molar volume of sulphur hexafluoride vapour at 100 °C and 15 bar using a. the truncated virial equation with the following experimental values of virial coefficient; B = -163.4 cm³ /mol and C = 12120 cm6 /mol? b. the Redlich/Kwong equation of state c. The Peng/Robinson equation of state The equations and constants below may be needed pa (Tr;w) Z - B (Z + eß)(Z + oß)' ß = 7 Z = 1 +B - aß- = N÷,q = NT, Tc = 318 K, Pc = 37.6 bar, w = 0.21
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