(Solved): the answer you gave me before was wrong i need a right solution for the problem A hospital operatin ...

A hospital operating room air conditioning system is being designed to usc a fan and a cooling coil. To avoid recirculating bacterin $100\%$ outside filtered air is used. During summer the air leaving the coil and supplied to the space is at $55^{\circ }\mathrm{F},100\%\mathrm{RH}$. The summer design loads are $40,000\mathrm{btu}/\mathrm{hr}$ sensible and $10,000\mathrm{Btu}/\mathrm{hr}$ latent. Ontdoor design conditions are $95^{\circ }\mathrm{F}\mathrm{DB}$ and $75^{\circ }\mathrm{F}$ WB. a. Draw a diagram of the systero. b. Draw the operating cycle on the psychrometric chart provided. c. Identify each significant point, on the diagram and psychrometric chart, and note for each of these points its dry bulb and wet bulb temperature, d. Calculate the air supply rate. e. Calculate the capacity of the coil Btu/hr. f. Determine the humidity of the air leaving the operating room $\%$. Assume sea level conditions, and neglect the effects of duct heat transfer and fan air temperature rise.