Gas vapour mixtures. Humid air at constant 101 kPa pressure, 10C temperature and 73% relative humidity...

 

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Gas vapour mixtures. Humid air at constant 101 kPa pressure, 10C temperature and 73% relative humidity undergoes an isobaric heating process until its temperature reaches 22C. Calculate how much energy by heat is transferred to the air stream in kJ per kg of dry air. Provide your answer to three significant figures and enter the numerical value only (e.g. 0.0123, 0.123, 1.23, 12.3, but not 12.3 kJ kg dry air). Round your answer to 3 significant figures. Add your answer Gas vapour mixtures. Humid air at constant 101 kPa pressure, 10C temperature and 73% relative humidity undergoes an isobaric heating process until its temperature reaches 22C. Calculate how much energy by heat is transferred to the air stream in kJ per kg of dry air. Provide your answer to three significant figures and enter the numerical value only (e.g. 0.0123, 0.123, 1.23, 12.3, but not 12.3 kJ kg dry air). Round your answer to 3 significant figures. Add your answer

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First we need to find the specific volume and moisture content of the air at initial state Using the... View the full answer