Calculate Z and V for ethylene at 25°C and 12 bar by using the Redlich/Kwong equation. Please provide complete solution and explanation as well. Thank you! Also, do you think I could use the attached...


Calculate Z and V for ethylene at 25°C and 12 bar by using the Redlich/Kwong equation.


Please provide complete solution and explanation as well. Thank you!


Also, do you think I could use the attached formula to get the values of Z and V or no since it doesn't specify that the values to find are for liquid or vapor?


Z-B<br>(Z+ eB)(Z+ oB)<br>1+B-Z<br>Vapor:<br>Z=1+B-qB<br>Liquid:<br>z=B+ (Z+ eb\(Z+ al»){ L-2)<br>Pr= Pe<br>Ya(T,)<br>P,<br>B=2<br>QT,<br>Tr =<br>Te<br>

Extracted text: Z-B (Z+ eB)(Z+ oB) 1+B-Z Vapor: Z=1+B-qB Liquid: z=B+ (Z+ eb\(Z+ al»){ L-2) Pr= Pe Ya(T,) P, B=2 QT, Tr = Te
RT<br>P =<br>V – b V(V+b)<br>а(Т)<br>

Extracted text: RT P = V – b V(V+b) а(Т)

Jun 09, 2022
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