Problem II An air-conditioning unit consists of a cooler with a condensate trap followed by a heater. Air at 101.3 kPa enters (point 1) at 35°C, 70 percent relative humidity, and leaves (point 3) at 20°C, 50 percent relative humidity. For a flow rate of 400 kg dry air per hour, (a) draw the process in the psychrometric chart, state your assumptions and calculate (b) the amount of water removed per hour and (c) the heat added (in kJ/kg dry air) in the heating sector. Cooling coil Heating Coil 2 Condensate Trap tefrigerating and Air Conditicning Enginoers, Inc. Sea Level 100 10 Sente heat DN. To he Ehuly Thnilay atio" Ely i per ukogrm dry air r humdy Dry hubmpere C

Problem II An air-conditioning unit consists of a cooler with a condensate trap followed by a heater. Air at 101.3 kPa enters (point 1) at 35°C, 70 percent relative humidity, and leaves (point 3) at 20°C, 50 percent relative humidity. For a flow rate of 400 kg dry air per hour, (a) draw the process in the psychrometric chart, state your assumptions and calculate (b) the amount of water removed per hour and (c) the heat added (in kJ/kg dry air) in the heating sector. Cooling coil Heating Coil 2 Condensate Trap tefrigerating and Air Conditicning Enginoers, Inc. Sea Level 100 10 Sente heat DN. To he Ehuly Thnilay atio" Ely i per ukogrm dry air r humdy Dry hubmpere C

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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