9. A building has a cooling load of 410 kW, of which the latent heat load is 100 kW. The indoor conditions must be maintained at 25°C dry-bulb (db) and 50% relative humidity. 10% of the air supplied to the indoor space (by mass) is outdoor air. The supply air temperature must not be lower than 18°C. The outdoor air conditions are 35°C db and 24°C wet-bulb (wb). The pressure is based on sea level. Calculate the following: (a) The minimum airflow rate supplied to the indoor space in \\\text{m}^3/\\text{s} \ (b) The volumetric flow rates of recirculated air, exhausted air, and outdoor air (c) The state and volumetric flow rate of the air entering the cooling coil (d) The cooling coil capacity, dew point temperature, bypass factor, and sensible heat factor (SHF)