Calculate Z, HR, and sR by the Soave/Redlich/Kwong equation for the substance and conditions given by one of the parts of Pb. 6.14, and compare results with values found from suitable generalized correlations.
Pb. 6.14
Calculate Z, HR, and sR by the RedlichI Kwong equation for one of the following, and compare results with values found from suitable generalized correlations:
(a) Acetylene at 300 K and 40 bar.
(b) Argon at 175 K and 75 bar.
(c) Benzene at 575 K and 30 bar.
(d) n-Butane at 500 K and 50 bar.
(e) Carbon dioxide at 325 K and 60 bar.
(f) Carbon monoxide at 175 Kn

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6.15. Calculate Z, H*, and S* by the Soave/Redlich/Kwong equation for the substance and conditions given by one of the parts of Pb. 6.14, and compare results with values found from suitable generalized correlations. 6.16. Calculate Z, H*, and S* by the Peng/Robinson equation for the substanceand conditions given by one of the parts of Pb. 6.14, and compare results with values found from suitable alig moloti 6.15. Calculate Z, H*, and S* by the Soave/Redlich/Kwong equation for the substance and conditions given by one of the parts of Pb. 6.14, and compare results with values found from suitable generalized correlations. 6.16. Calculate Z, H*, and S* by the Peng/Robinson equation for the substanceand conditions given by one of the parts of Pb. 6.14, and compare results with values found from suitable alig moloti