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Q2/ Compute the peak heat gains and time for the East wall of a building at 32" latitude on 16 august. The wall consists (101.6mm Tile + Air Space). The wall is 3m by 6 m with 1 x 2 m window. If the indoor and outdoor design condition are 23°C & 29.4°C and overall heat transfer of the window is 0.00591 KW/m2.C with SC=0.50

Q2/ Compute the peak heat gains and time for the East wall of a building at 32" latitude on 16 august. The wall consists (101.6mm Tile + Air Space). The wall is 3m by 6 m with 1 x 2 m window. If the indoor and outdoor design condition are 23°C & 29.4°C and overall heat transfer of the window is 0.00591 KW/m2.C with SC=0.50

Elements Of Electromagnetics
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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Q2/ Compute the peak heat gains and time for the East wall of a building at 32° latitude on 16 august. The wall consists (101.6mm Tile + Air Space). The wall is 3m by 6 m with 1 x 2 m window. If the indoor and outdoor design condition are 23°C & 29.4°C and overall heat transfer of the window is 0.00591 KW/m2.C with SC=0.50
Transcribed Image Text:Q2/ Compute the peak heat gains and time for the East wall of a building at 32° latitude on 16 august. The wall consists (101.6mm Tile + Air Space). The wall is 3m by 6 m with 1 x 2 m window. If the indoor and outdoor design condition are 23°C & 29.4°C and overall heat transfer of the window is 0.00591 KW/m2.C with SC=0.50
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