Equation (3.34), when truncated to four terms, accurately represents the volumetric data for methane gas at 0C with: B=53.4cm3mol1;C=2620cm6mol2;D=5000cm9mol3 (a) Use these data to prepare a plot of Z vs. P for methane at 0C from 0 to 200 bar. (b) Use these data to prepare a plot of Z vs. P for methane at 0C from 0 to 200 bars using Redlich/Kwong equation. (c) Use these data to prepare a plot of Z vs. P for methane at 0C from 0 to 200 bars using Pitzer correlation for B. An alternative expression for Z is also in common use:? Z=1+vB+v2C+v3D+ Both of these equations are known as virial expansions, and the parameters B,C,D, etc., and B,C,D, etc... are called virial Question 4 (10 Marks) Equation (3.34), when truncated to four terms, accurately represents the volumetric data for methane gas at 0C with: B=53.4cm3mol1;C=2620cm6mol2;D=5000cm9mol3 (a) Use these data to prepare a plot of Z vs. P for methane at 0C from 0 to 200 bar. (b) Use these data to prepare a plot of Z vs. P for methane at 0C from 0 to 200 bars using Redlich/Kwong equation. (c) Use these data to prepare a plot of Z vs. P for methane at 0C from 0 to 200 bars using Pitzer correlation for B