Problem #$1$: $(65)$

A gaseous mixture which is $44\%$ butane, $28\%$ propane, $8\mathrm{.}3\%$ molecular hydrogen, $5\mathrm{.}7\%CO,6\%C{O}_2,2,5\%$ oxygen, and the rest of molecular nitrogen by volume is burned with $130\%$ dry excess air $($STP$).$ The dry gas $($Orsat analysis$)$ leaving the reactor is at $97,5$kPa absolute$,$ and $850K.$ The conversion in the reactor is $93\mathrm{.}5\%.$ Propane combustion is incomplete with $13\%$ converted to $C0.$ The barometer reads $0\mathrm{.}9203$atm. Assume $315\mathrm{.}0g$ of the mixture entering the process.

Molar mass: C $(12\mathrm{.}01),$ N $(14\mathrm{.}01),$ H $(1\mathrm{.}01),$ o $(16\mathrm{.}00)$

Formulas:

$\%$ Excess $=\frac{ln-R_{eq}}{\text{R}\text{e}\text{q}}+100,\%$ Conversion $=\frac{Rx}{ln}**100,T_{,}=>P_{m,o}^{**}=P_{\text{m}\text{p}\text{o}}$

Answer the following questions:

Sketch the diagram of the process. $(4)$