(Solved): The values of the ideal gas constant (R) are given below. Values of the Universal Gas Constant R ...

The values of the ideal gas constant $(R)$ are given below. Values of the Universal Gas Constant $\begin{array}{rl}R& =8.314\mathrm{J}?{\mathrm{mol}}^{?1}?{\mathrm{K}}^{?1}=8.314{\mathrm{m}}^3?\mathrm{Pa}?{\mathrm{mol}}^{?1}?{\mathrm{K}}^{?1}\\ & =83.14{\mathrm{cm}}^3?\mathrm{bar}?{\mathrm{mol}}^{?1}?{\mathrm{K}}^{?1}=8314{\mathrm{cm}}^3?{\mathrm{kPal}}^{?1}?{\mathrm{K}}^{?1}\\ & =82.06{\mathrm{cm}}^3?(\mathrm{atm})?{\mathrm{mol}}^{?1}{\mathrm{K}}^{?1}=62,356{\mathrm{cm}}^3?(\mathrm{torr})?{\mathrm{mol}}^{?1}?{\mathrm{K}}^{?1}\\ & =1.987(\mathrm{cal})?{\mathrm{mol}}^{?1}?{\mathrm{K}}^{?1}=1.986(\mathrm{Btu})(\mathrm{lb}\mathrm{mole}{)}^{?1}(\mathrm{R}{)}^{?1}\\ & =0.7302(\mathrm{ft}{)}^3(\mathrm{atm})(\mathrm{lb}\mathrm{mol}{)}^{?1}(\mathrm{R}{)}^{?1}=10.73(\mathrm{ft}{)}^3(\mathrm{psia})(\mathrm{lb}\mathrm{mol}{)}^{?1}(\mathrm{R}{)}^{?1}\\ & =1545(\mathrm{ft})(\mathrm{lb})(\mathrm{lb}\mathrm{mol}{)}^{?1}(\mathrm{R}{)}^{?1}\end{array}$ Calculate $Z$ and $V$ for the given condition. Consider ethylene at $25^{?}\mathrm{C}$ and 9 bar and use the truncated virial equation with a value of $B$ from the generalized Pitzer correlation. The molar volume is ${\mathrm{cm}}^3{\mathrm{mol}}^{?1}$ The value of $Z$ is Required information Problem 03.044 - Calculate $Z$ and V for ethylene The characteristic properties of ethylene are given in the following table: The values of the ideal gas constant $(R)$ are given below.