Air (at atmospheric pressure) at a dry bulb temperature of 40∘C and wet bulb temperature of 20∘C is humidified in an air washer operating with continuous water recirculation. The wet bulb depression (i.e., the difference between the dry and wet bulb temperatures) at the exit is 25% of that at the inlet. The dry bulb temperature at the exit of the air washer is closest to

Air (at atmospheric pressure) at a dry bulb temperature of 40∘C and

1.	Air (at atmospheric pressure) at a dry bulb temperature of 40∘C and wet bulb temperature of 20∘C is humidified in an air washer operating with continuous water recirculation. The wet bulb depression (i.e., the difference between the dry and wet bulb temperatures) at the exit is 25% of that at the inlet. The dry bulb temperature at the exit of the air washer is closest to
Answer» Air (at atmospheric pressure) at a dry bulb temperature of $40^{\circ} C$ and wet bulb temperature of $20^{\circ} C$ is humidified in an air washer operating with continuous water recirculation. The wet bulb depression (i.e., the difference between the dry and wet bulb temperatures) at the exit is 25% of that at the inlet. The dry bulb temperature at the exit of the air washer is closest to