Please answer ASAP

$(40$ pts$)$ A cooling tower is used to reduce the temperature of a hot water stream.

Air is also supplied to the tower. A fraction of the liquid water evaporates, so that

the air leaving the tower contains more water vapor than the incoming air.

Because evaporation is a cooling process, the remaining liquid water leaves the

tower at a lower temperature.

The following data are taken on a cooling tower:

Incoming $($hot$)$ liquid water flow rate $=14,500k\frac{g}{m}in$

Incoming air flow rate $=18,100k\frac{g}{m}in$

Incoming air composition:

$1\mathrm{.}1wt\%$ water vapor, the remainder dry air $($treat as a single component$)$

$98\mathrm{.}5\%$ of the entering hot water leaves as liquid, and the remainder leaves as

water vapor in the exiting air.

$($a$)$ Draw a flowchart for the process and label it using the standard procedure

discussed in class and the text.

$($b$)$ Complete a degrees of freedom analysis

$($c$)$ Determine the $wt\%$ of water vapor in the exiting air

$($d$)$ Determine the molar flow rate of water vapor in the exiting air, expressed

as kmo$\frac{l}{s}.$