It asks to find the heat transfer rate of the dehumidification section in KW Moist air enters

 It asks to find the heat transfer rate of the dehumidification section in KW

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Moist air enters an air-conditioning system as shown in the figure below at T₁ = 28°C, 1 = 70% and a volumetric flow rate of (AV) ₁ = 0.47 m³/s. At the exit of the dehumidifying section, the air is saturated, 2 = 100%, and the condensate leaves this section at the same temperature as the moist air. At the exit of the heating section the moist air is at T3 = 24°C, 3 = 50%. The system operates at steady state, the pressure is 1 bar at all locations, and kinetic and potential energy effects are negligible. T₁ = 28°C 1. (AV)₁ Dehumidifying Section Condensate saturated at T₂ Heating Section 92=100% T3 = 24°C 03 = 50% = 100% Initial dew point- T₁ (1) Moist air enters an air-conditioning system as shown in the figure below at T₁ = 28°C, 1 = 70% and a volumetric flow rate of (AV) ₁ = 0.47 m³/s. At the exit of the dehumidifying section, the air is saturated, 2 = 100%, and the condensate leaves this section at the same temperature as the moist air. At the exit of the heating section the moist air is at T3 = 24°C, 3 = 50%. The system operates at steady state, the pressure is 1 bar at all locations, and kinetic and potential energy effects are negligible. T₁ = 28°C 1. (AV)₁ Dehumidifying Section Condensate saturated at T₂ Heating Section 92=100% T3 = 24°C 03 = 50% = 100% Initial dew point- T₁ (1)