Universit d'Ottawa Facult de genie Dpartement de gnie chimique et biologique u Ottawa L'Universite canadiense Canada's...

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Université d'Ottawa Faculté de genie Département de génie chimique et biologique u Ottawa L'Universite canadiense Canada's universty CHG 2317 (Sep. - Dec. 2017) Introduction to Chemical Process Analysis Assignment 8 University of Ottawa Faculty of Engineering Department of Chemical and Biological Engineering Due date 12:00 h (noon) Tuesday November 14, 2017 Please write your DGD-section (DGD-1, DGD-2, DGD-3) at the top of the first page. Students must work individually. It is forbidden to show problem solutions or calculations to another student. Students are permitted and encouraged to have verbal discussions with other students. (b) absolute humidity (c) wet-bulb temperature (d) dry bulb temperature (e) humid volume (f) specific enthalpy (g) mass [kg dry air] of the above humid air that contains 2 kg of water Humid air at 28°C has a dew point of 8°C. Using a psychrometric chart determine the following: (a) relative humidity (h) volume [m³ humid air] occupied by the air that contains 2 kg of water. (i) Determine the absolute humidity if 1 kg of water was condensed (removed) at constant dry bulb temperature from the humid air that contains 2 kg of water. (j) Determine the change in enthalpy [kJ/kg dry air using the psychrometric chart if 1 kg of water was condensed (removed) at constant dry bulb temperature from the humid air that contains 2 kg of water. Université d'Ottawa Faculté de genie Département de génie chimique et biologique u Ottawa L'Universite canadiense Canada's universty CHG 2317 (Sep. - Dec. 2017) Introduction to Chemical Process Analysis Assignment 8 University of Ottawa Faculty of Engineering Department of Chemical and Biological Engineering Due date 12:00 h (noon) Tuesday November 14, 2017 Please write your DGD-section (DGD-1, DGD-2, DGD-3) at the top of the first page. Students must work individually. It is forbidden to show problem solutions or calculations to another student. Students are permitted and encouraged to have verbal discussions with other students. (b) absolute humidity (c) wet-bulb temperature (d) dry bulb temperature (e) humid volume (f) specific enthalpy (g) mass [kg dry air] of the above humid air that contains 2 kg of water Humid air at 28°C has a dew point of 8°C. Using a psychrometric chart determine the following: (a) relative humidity (h) volume [m³ humid air] occupied by the air that contains 2 kg of water. (i) Determine the absolute humidity if 1 kg of water was condensed (removed) at constant dry bulb temperature from the humid air that contains 2 kg of water. (j) Determine the change in enthalpy [kJ/kg dry air using the psychrometric chart if 1 kg of water was condensed (removed) at constant dry bulb temperature from the humid air that contains 2 kg of water.

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a Relative Humidity The relative humidity of the humid air at 28C with a dew point of 8C can be determined using the psychrometric chart According to ... View the full answer