Berthelot's equation of state may be expressed as: RT v-b Tv Find a in Pa P==...

 

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Berthelot's equation of state may be expressed as: RT v-b Tv² Find a in Pa P== m3 kmol a, P ƏV₂ T At the critical point, Use this fact to derive expressions for a, b and Verit in terms of Perit, Terit and R. For water, Perit = 221.2bar and Terit = 374.15°C. Find a, b and verit. = 0 and (OP ду K and b in m³ kmol =0. Plot P in bar in the range of obar to 500bar against V v in m³/kmol in the range of o m³/kmol to 0.4 m³/kmol, when T = 620K, 630K, 640K, 647.3K, 660K, 670K and 680K. Finally, express the compressibility factor Z in terms of the reduced temperature and the pseudo-reduced specific volume v. Berthelot's equation of state may be expressed as: RT v-b Tv² Find a in Pa P== m3 kmol a, P ƏV₂ T At the critical point, Use this fact to derive expressions for a, b and Verit in terms of Perit, Terit and R. For water, Perit = 221.2bar and Terit = 374.15°C. Find a, b and verit. = 0 and (OP ду K and b in m³ kmol =0. Plot P in bar in the range of obar to 500bar against V v in m³/kmol in the range of o m³/kmol to 0.4 m³/kmol, when T = 620K, 630K, 640K, 647.3K, 660K, 670K and 680K. Finally, express the compressibility factor Z in terms of the reduced temperature and the pseudo-reduced specific volume v.

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