(Solved): Given the following gas: \table[[Component,Weight Fraction],[C_(1),0.65],[C_(2),0.15],[C_(3),0.10],[ ...
Given the following gas: \table[[Component,Weight Fraction],[
C_(1),0.65],[
C_(2),0.15],[
C_(3),0.10],[
n-C_(4),0.06],[
n-C_(5),0.04]] Calculate: a. Mole fraction of the gas b. Apparent molecular weight c. Specific gravity d. Specific volume at 300 psia and
120\deg Fby assuming an ideal gas behavior 4. An ideal gas mixture has a density of
1.92l(b)/(f)t^(3)at 500 psia and
100\deg F. Calculate the apparent molecular weight of the gas mixture. 5. Using the gas composition as given in Problem 3, and assuming real gas behavior, calculate: a. Gas density at
2,000\psi aand
150\deg Fb. Specific volume at
2,000\psi aand
150\deg Fc. Gas formation volume factor in
sc(f)/(f)t^(3)6. A natural gas with a specific gravity of 0.75 has a gas formation volume factor of
0.00529f(t^(3))/(s)cfat the prevailing reservoir pressure and temperature. Calculate the density of the gas. 7. A natural gas has the following composition: \table[[Component,
y_(i)