A distillation column is separating ethanol from water. The feed is $30wt\%$ ethanol, has a flow rate of $1200k\frac{g}{h},$ and is a mix of liquid and vapor at $83C.$ Bottoms product is $0\mathrm{.}05wt\%$ ethanol, and distillate product is $85wt\%$ ethanol. The column operates at $1k\frac{g}{c}m2$ and is adiabatic. The column has a partial reboiler, which acts as an equilibrium contact, and a total condenser with $75\%$ of condensed vapor sent back to the column. The distillate and reflux are saturated liquids. Find $B$ and $D$ in $k\frac{g}{h},$ and find $Qc$ and $QR$ in kca$\frac{l}{h}.$

Answers please explain and show all work all previous answers are wrong so don't use them or i will give you a thumbs down and report you

$Q_R=806,300\mathrm{.}6$kca$\frac{l}{h}$our

$Q{c}^{-}=-935,114$kca$\frac{l}{h}$our