Warm water enters a cooling tower at 38°C at a mass flow rate of 58.6 kg/s. The air entering at state 1 has h₁ = 50.7 kJ

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answerhappygod
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Warm water enters a cooling tower at 38°C at a mass flow rate of 58.6 kg/s. The air entering at state 1 has h₁ = 50.7 kJ

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Warm Water Enters A Cooling Tower At 38 C At A Mass Flow Rate Of 58 6 Kg S The Air Entering At State 1 Has H 50 7 Kj 1
Warm Water Enters A Cooling Tower At 38 C At A Mass Flow Rate Of 58 6 Kg S The Air Entering At State 1 Has H 50 7 Kj 1 (52.01 KiB) Viewed 52 times
Warm Water Enters A Cooling Tower At 38 C At A Mass Flow Rate Of 58 6 Kg S The Air Entering At State 1 Has H 50 7 Kj 2
Warm Water Enters A Cooling Tower At 38 C At A Mass Flow Rate Of 58 6 Kg S The Air Entering At State 1 Has H 50 7 Kj 2 (52.01 KiB) Viewed 52 times
Warm water enters a cooling tower at 38°C at a mass flow rate of 58.6 kg/s. The air entering at state 1 has h₁ = 50.7 kJ/kg da and w₁ = 0.006 kg v/kg da. The air leaving the cooling tower at state 2 has h₂ = 119.9 kJ/kg da and w₂ = 0.027 kg v/kg da. The make up water is supplied at 25°C and the mass flow rate of dry air is 50.7 kg da/s. What is the temperature of the cooled water leaving the tower? Express your answer in °C.
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