An air conditioning system is designed for a zone with a high dehumidification demands and humid outdoor conditions. the zone load is 50 TR and 0.5 SHF. the zone is to be kept at 22 C and 50% RH. the outdoor air is at at 35 C and 80% RH. The minimum supply temperature is 15 C to avoid thermal stresses. the minimum outdoor air requirement is 10% of the total mass flow rate. Brine solution is used instead of chilled water which allows an apparatus dew point temperature of 1 C. the coil by bass factor is 0.1. inside the AHU the re circulated air and the fresh air are mixed. most of the mixture is cooled while a fraction of the air bypasses the coil. the two streams are then mixed before being heated to reach the supply air conditions. A) calculate the total supply flow rate (in m^3/s) B)the ratio of the flow rate bypassing the cooling coil. C)the coil cooing load ( in TR). D)The total heating load ( in KW) E)the rate of moisture removal (kg/hr) F)the coil SHF.