$3\mathrm{.}24$ In this exercise the oxidation of glucose and the elimination of oxidation products are modeled. The chemical reaction is C$6$H$1206+$xO$2->$ yCO$2+$ zH$2$O$.($A$)$ Balance the stoichiometry in the above chemical equation $($determine x$,$ y$,$ and z$).($B$)$ Consider the following flowsheet. C$6$H$1206$ CO$2$ CO$2$ HO reactor separator $02$ H$2$O Given that the flow rate of glucose is $0\mathrm{.}10$ kg$/$day$,$ calculate the stoichiometric flow rate of oxygen $($in kg$/$day$).($C$)$ Calculate the flow rate $($kg$/$day$)$ and composition $($wt$\%$ CO$2$ and wt$\%$ HO$)$ in the stream leaving the reactor. $($D$)$ Calculate the flow rates of the two streams leaving the separator.