Q3. x=4 For the design of an industrial reactor, determine the molar volume of n-butane at 510 K and 266X kPa by each of the following: a) The ideal gas equation b) The generalized compressibility...

Extracted text: Q3. x=4 For the design of an industrial reactor, determine the molar volume of n-butane at 510 K and 266X kPa by each of the following: a) The ideal gas equation b) The generalized compressibility factor equation (Pitzer Compressibility) ВР c) Equation Z = 1+ = 1+ B with the generalized correlation for B= B° + @B' RT RT B d) Virial Equation in form by Vi+1= (1++ with Virial Coefficients P B = -28X cm/ mol and C = -30,00X cm/ mol ( three iterations enough) e) State the reasons for the difference in the values predicated by four methods. Note: Use the Lee Kesler generalized correlation table given in Data sheet and Properities of Pure Species Table in Data Sheet to get the required values for part b).