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Air at temperature of 50°C db, 80% relative humidity and a pressure of 100 kPa undergoes a throttling process to a pressure of 90 kPa. Calculate the specific humidity at the final equilibrium state. Assume that air and water vapor behave like ideal gases.

Air at temperature of 50°C db, 80% relative humidity and a pressure of 100 kPa undergoes a throttling process to a pressure of 90 kPa. Calculate the specific humidity at the final equilibrium state. Assume that air and water vapor behave like ideal gases.

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Air at temperature of 50°C db, 80% relative humidity and a pressure of 100 kPa undergoes a throttling process to a pressure of 90 kPa. Calculate the specific humidity at the final equilibrium state. Assume that air and water vapor behave like ideal gases.
Transcribed Image Text:Air at temperature of 50°C db, 80% relative humidity and a pressure of 100 kPa undergoes a throttling process to a pressure of 90 kPa. Calculate the specific humidity at the final equilibrium state. Assume that air and water vapor behave like ideal gases.
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