Atmospheric air, which is a modure of dry air and water vapour, is supplied into ducting with a cooling coil. Intially it has a relative humidity of 0.57, volumétric flow rate of 0.72 mis and temperature of 17°C. The atmospheric air is then passed over a cooling coil such that the temperature drops to 6°C. As this is below the dew point, the water vapour condensates after cooling coll and the air leaves in a saturated state. Assuming the barometric pressure of atmospheric air to be 1.01325 bar, determine the following quantities in question parts () to (vi) () Partial pressure of water vapour in the air and water vapour midure entering, Pul
Atmospheric air, which is a modure of dry air and water vapour, is supplied into ducting with a cooling coil. Intially it has a relative humidity of 0.57, volumétric flow rate of 0.72 mis and temperature of 17°C. The atmospheric air is then passed over a cooling coil such that the temperature drops to 6°C. As this is below the dew point, the water vapour condensates after cooling coll and the air leaves in a saturated state. Assuming the barometric pressure of atmospheric air to be 1.01325 bar, determine the following quantities in question parts () to (vi) () Partial pressure of water vapour in the air and water vapour midure entering, Pul
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![Atmospheric air, which is a mixture of dry air and water vapour, is supplied into ducting with a cooling coil. Initially it has a relative humidity of 0.57, volumetric
flow rate of 0.72 mis and temperature of 17°C. The atmospheric air is then passed over a cooling coil such that the temperature drops to 6°C. As this is
below the dew point, the water vapour condensates after cooling coll and the air leaves in a saturated state. Assuming the barometric pressure of
atmosphenic air to be 1.01325 bar, determine the folowing quantities in question parts () to (vi):
(1) Partial pressure of water vapour in the air and water vapour mixture entering, Pul](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3a050f58-3c18-44b0-9763-4c7e08a890f5%2Fedaed5c8-d2ca-45b5-9670-bc3ab2ec1898%2Fg32aicg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Atmospheric air, which is a mixture of dry air and water vapour, is supplied into ducting with a cooling coil. Initially it has a relative humidity of 0.57, volumetric
flow rate of 0.72 mis and temperature of 17°C. The atmospheric air is then passed over a cooling coil such that the temperature drops to 6°C. As this is
below the dew point, the water vapour condensates after cooling coll and the air leaves in a saturated state. Assuming the barometric pressure of
atmosphenic air to be 1.01325 bar, determine the folowing quantities in question parts () to (vi):
(1) Partial pressure of water vapour in the air and water vapour mixture entering, Pul
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