Example 16.3. The humidity ratio of atmospheric air at 28°C dry bulb temperature and 760 mm of mercury is 0.016 kg / kg of dry air. Determine: 1. partial pressure of water vapour; 2. relative humidity; 3. dew point temperature ; 4. specific enthalpy; and 5. vapour density.
Example 16.3. The humidity ratio of atmospheric air at 28°C dry bulb temperature and 760 mm of mercury is 0.016 kg / kg of dry air. Determine: 1. partial pressure of water vapour; 2. relative humidity; 3. dew point temperature ; 4. specific enthalpy; and 5. vapour density.
Elements Of Electromagnetics
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Publisher:Sadiku, Matthew N. O.
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![Example 16.3. The humidity ratio of atmospheric air at 28°C dry bulb temperature and
760 mm of mercury is 0.016 kg / kg of dry air. Determine: 1. partial pressure of water vapour ; 2.
relative humidity; 3. dew point temperature; 4. specific enthalpy; and 5. vapour density.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F126c2d0f-198f-4c46-98a0-0a18c1d8ede3%2F90cfa4f0-57b8-404e-8f9a-df4a0d698671%2Fc3hfcjb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Example 16.3. The humidity ratio of atmospheric air at 28°C dry bulb temperature and
760 mm of mercury is 0.016 kg / kg of dry air. Determine: 1. partial pressure of water vapour ; 2.
relative humidity; 3. dew point temperature; 4. specific enthalpy; and 5. vapour density.
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