(Solved): please show all the steps. Figure below shows the schematic diagram of an air-conditioning sys ...

please show all the steps.

Figure below shows the schematic diagram of an air-conditioning system proposed for the very hot and dry environment in the desert area. The proposed system consists of an Evaporative Cooler section and a Desiceator Wheel section. In a hot summer day, outside air with $$39^{?}\mathrm{C}$$ temperature, $$10\%$$ relative humidity, and $$1\mathrm{atm}$$ pressure enters the inlet section of the air-conditioning system. Cold mist of water is sprayed over the outside air in the evaporative cooler section. Air leaves the evaporative cooler section with $$80\%$$ relative humidity. Subsequently, this humid air passes through the desiccator wheel. The desiccator wheel is made of desiccant material of good moisture absorbing characteristics. Air leaves the desiccator wheel with $$30\%$$ relative humidity and is routed to a room for air-conditioning purpose. Assume that moisture removal process occurs at a constant temperature in the desiccator wheel. The volume flow rate of air at the inlet section of the duct is $$5{\mathrm{m}}^3/\min$$ (a) Show the process in a Psychrometric chart. (b) Determine the temperature of the air at the exit section of the evaporative cooler $$($$ in $${}^{?}\mathrm{C}$$ ). (c) Determine the amount of moisture added (in $$\mathrm{kg}/\mathrm{s}$$ ) in the evaporative cuoler section. (d) Deternine the moisture removal rate (in $$\mathrm{kg}/\mathrm{s}$$ ) by the desiccator wheel section.