Calculate the difference in internal energy of the ideal gas value and the real gas value for carbon dioxide at the state 20 61616 C, 1 MPa, as determined using the virial equation of state, including second virial coefficient terms For carbon dioxide we have B 0 128 m3 kmol, T (dB dT) 0 266 m3 k m...

virial eq uu R RT RT BRT BR RIG P V V 0 Solution of virial equation quadratic ...

Calculate the difference in internal energy of the ideal-gas value and the real-gas value for carbon dioxide

Question:

Calculate the difference in internal energy of the ideal-gas value and the real-gas value for carbon dioxide at the state 20C, 1 MPa, as determined using the virial equation of state, including second virial coefficient terms. For carbon dioxide we have: B = –0.128 m3/kmol, T (dB/dT) = 0.266 m3/k mol both at 20C.