Example:14.4. For a hall to be air-conditioned, the followingconditions are given:Outdoor condition..39°C DBT, 20°C WBTRequired comfort condition.. 20°C DBT, 60%RH.1200Seating capacity of hall.....0.3m³/min per personAmount of outdoor air supplied......required condition is achieved first by adiabaticthen by cool determines Capacity of theIfthehumidificationandcooling coil in tones and Capacity of the humidifier in kgh.

Given: Outdoor :39°C DBT & 20 °C WBTcomfort condition :20°C DBT & 60% RH seating capacity =…

Example:14.4. For a hall to be air-conditioned, the following conditions are given: Outdoor condition.. 39°C DBT, 20°C WBT Required comfort condition. . 20°C DBT, 60%RH Seating capacity of hall. .....1200 ..0.3m /min per person Amount of outdoor air supplied. condition is achieved first by adiabatic then by cool determines Capacity of If the required the humidification cooling coil in tones and Capacity of the humidifier in kgh. and

Example:14.4. For a hall to be air-conditioned, the following conditions are given: Outdoor condition.. 39°C DBT, 20°C WBT Required comfort condition. . 20°C DBT, 60%RH Seating capacity of hall. .....1200 ..0.3m /min per person Amount of outdoor air supplied. condition is achieved first by adiabatic then by cool determines Capacity of If the required the humidification cooling coil in tones and Capacity of the humidifier in kgh. and

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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