# The analysis on a mass basis of a gas mixture at 40^{\circ} \mathrm{F}, 14.7 \mathrm{lbf} &#x2F. \mathrm{in}^{2} is 60% CO^{2}, 25% CO, 15% O^{2}.

The analysis on a mass basis of a gas mixture at is 60% $C{O}^{2}$, 25% CO, 15% ${O}^{2}$.
Determine a. the analysis in terms of mole fractions.
b. the partial pressure of each component, in $lbf/in{.}^{2}$
c. the volume occupied by 10 lb of the mixture, in $f{t}^{3}$.

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Nichole Watt

a) $yC{O}_{2}=50.03\mathrm{%}$
$yCO=32.76\mathrm{%}$
$y{O}_{2}=17.21\mathrm{%}$
b) $pC{O}_{2}=7.3544\frac{lbf}{i{n}^{2}}$
$pCO=4.8157.\frac{lbf}{i{n}^{2}}$
$p{O}_{2}=2.5299\frac{lbf}{i{n}^{2}}$
c) $V=99.3154f{t}^{3}$