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An air conditioning unit is shown in figure 1, where air enters from left to right. The initial Pressure, Temperature and Relative Humidity data is displayed on the left (INPUT) and the Pressure, Temperature and Relative Humidity data is displayed on the right (OUTPUT). Calculate the heat transfer per unit kilogram of dry air, assuming that the kinetic energy changes are negligible. Note also that condensate is being produced at an indicated temperature. (please do not skip procedures)

An air conditioning unit is shown in figure 1, where air enters from left to right. The initial Pressure, Temperature and Relative Humidity data is displayed on the left (INPUT) and the Pressure, Temperature and Relative Humidity data is displayed on the right (OUTPUT). Calculate the heat transfer per unit kilogram of dry air, assuming that the kinetic energy changes are negligible. Note also that condensate is being produced at an indicated temperature. (please do not skip procedures)

Mechanics of Materials (MindTap Course List)
Mechanics of Materials (MindTap Course List)
9th Edition
ISBN:9781337093347
Author:Barry J. Goodno, James M. Gere
Publisher:Barry J. Goodno, James M. Gere
Chapter7: Analysis Of Stress And Strain
Section: Chapter Questions
Problem 7.2.18P: Repeat the previous problem using sx= 12 MPa.
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An air conditioning unit is shown in figure 1, where air enters from left to right.
The initial Pressure, Temperature and Relative Humidity data is displayed on the left (INPUT) and the Pressure, Temperature and Relative Humidity data is displayed on the right (OUTPUT).
Calculate the heat transfer per unit kilogram of dry air, assuming that the kinetic energy changes are negligible.
Note also that condensate is being produced at an indicated temperature.
(please do not skip procedures)

P=105kPa P=100kPa T= 30°C T= 15°C HR= 80% HR= 95% H20 Liquida T= 15°C
Transcribed Image Text:P=105kPa P=100kPa T= 30°C T= 15°C HR= 80% HR= 95% H20 Liquida T= 15°C
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