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Required information The characteristic properties of ethylene are given in the following table: Molar V. mass Tc/K Pc/bar Zc cm3.mol-1 T,/K Ethylene 28.054 0.087 282.3 50.40 0.281 131. 169.4 The values of the ideal gas constant (R) are given below. Values of the Universal Gas Constant R = = 8.314 J-mol-1-K-1 = 8.314 m Pa.mol-1-K-1 83.14 cm-bar-mol-.K-1 = 8314 cm-kPa-mol-K-1 82.06 cm (atm)-mol-K-1 = 62,356 cm(torr).mol-K-1 1.987 (cal).mol-'K-? = 1.986 (Btu)(lb mole)'(R)-1 0.7302 (ft)' (atm) (lb mol)--(R)-4 = 10.73 (ft)" (psia) (Ib mol)--(R)-1 1545 (ft) (lb) (lb mol)--(R)-1 = = Calculate Z and V for the given condition. Consider ethylene at 25C and 12 bar and use the truncated virial equation with the following experimental values of virial coefficients: B=-140 cm3.mol-1 and C = 7200 cm 6.mol- 2 The molar volume is cm3.mol-? Consider ethylene at 25C and 13 bar and use the truncated virial equation with a value of B from the generalized Pitzer correlation. The molar volume is cm3.mol? The value of Zis Consider ethylene at 25C and 12 bar and use the Redlich/Kwong equation. The molar volume is cm3.mol-1 Consider ethylene at 25C and 12 bar and use the Soave/Redlich/Kwong equation. The molar volume is cm3.mol-? ?. Consider ethylene at 25C and 12 bar and use the Peng/Robinson equation. The molar volume is cm3.mol