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Solved Humid air is to be conditioned in a constant pressure
Humid air is to be conditioned in a constant pressure process at 1 atm from 39°C dry bulb and 50 percent relative humidity to 17°C dry bulb and 10.8°C wet bulb. The air is first passed over cooling coils to remove all of the moisture necessary to achieve the final moisture content and then is passed over heating coils to achieve the final state.
Solved 14–87 Humid air is to be conditioned in a constant - Chegg
14–87 Humid air is to be conditioned in a constant pressure process at 1 atm from 39°C dry bulb and 50 percent relative humidity to 17°C dry bulb and 10.8°C wet bulb. The air is first passed over cooling coils to remove all of the moisture necessary to achieve the final moisture content and then is passed over heating coils to achieve the ...
Solved Humid air is to be conditioned in a constant pressure
The air is first passed over cooling coils to remove all the moisture necessary to achieve the final moisture content and then is passed over heating coils to achieve the final state. (a) Compute the Humid air is to be conditioned in a constant pressure process at 1 atm from 39C dry bulb and 50 percent relative humidity to 17C dry bulb and 10 ...
Solved Humid air at 100 kPa, 20°C, and 90 percent relative - Chegg
Humid air at 100 kPa, 20°C, and 90 percent relative humidity is compressed in a steady-flow, isentropic compressor to 760 kPa. What is the relative humidity of the air at the compressor outlet? The specific heat ratio of air at room temperature is k= 1.4. Use data from the tables. Solve using appropriate software P kPa Humid air 100 kPa 20°C ...
Solved Humid air at 100 kPa, 20 C, and 90 percent relative - Chegg
Humid air at 100 kPa, 20 C, and 90 percent relative humidity is compressed in a steady flow, isentropic compressor to 800 kPa, assume that omega_1 = omega_2, k = 1.4 Calculate Water Vapor pressure at the inlet Temperature at the exit?
Solved Humid air at 59°C, a total pressure of 1 atm and with - Chegg
Humid air at 59°C, a total pressure of 1 atm and with a relative humidity of 74% is passed through a condenser and cooled to 25°C. Calculate the quantity of water condensed per kmol of humid air. Here’s the best way to solve it.
Solved Humid air breaks down (its molecules become ionized)
Question: Humid air breaks down (its molecules become ionized) in an electric field of 6.15 × 106 N/C. In that field, what is the magnitude of the electrostatic force on (a) an electron and (b) an ion with a single electron missing?
Solved Humid air enters an air conditioner. The humid air - Chegg
Question: Humid air enters an air conditioner. The humid air contains a mass fraction of water of 0.048, 19 mass% oxygen, and the balance nitrogen. If the component mass flow rate of nitrogen is 3.9 kg/s, the total mass flow rate of humid air entering the air conditioner is _____ kg/s.
Solved Problem 1 (10pts) Humid air with a dry bulb | Chegg.com
Problem 1 (10pts) Humid air with a dry bulb temperature of 15 [C] and 60% relative humidity flows at 1000 m3/hr into a heating unit. It is desired to heat the air to 30 [C] dry bulb. A. What is the wet bulb temperature, humid volume, absolute humidity, and enthalpy of each state? B. What is the mass flow rate of the dry air? C.
Solved 3. Humid air at 101.3 kPa, 36°C dry bulb and 65 - Chegg
3. Humid air at 101.3 kPa, 36°C dry bulb and 65 percent relative humidity is cooled at constant pressure to a temperature 10°C below its dew-point temperature. Assume that condensate is at the same temperature as the air at the outlet. (a) Sketch the psychrometric diagram for …