A gas$-$phase reaction of $0\mathrm{.}25$ Q $+0\mathrm{.}5$ P $-->0\mathrm{.}25$ G is carried out in a plug flow reactor that is operating isothermally. The initial concentrations of Q and P are both $2\mathrm{.}33$ mol L$-1,$ and the total volumetric flowrate is $10$ L min$-1.$ What is the molar flowrate of Q exiting the reactor when the conversion of the limiting reactant is $80\mathrm{.}3\%.$ Please express your answer in mol$/$min$,$ to one decimal place. Hint: $1.$ Start with the equations that you are using. Be sure to derive any variations.

$2.$ Actually show the substitutions $($do not just define variables in one place without showing what you used in the equation$).$

$3.$ Provide a final answer that you would have input into CANVAS $($to the correct number of decimal places$).$

$4.$ Add any units $($if applicable$).$