2l Calculate size of each part for the air conditioning igure(1) by using equilibrium pressure drop method. The uct 7 m/s. Tabulate the results(velocity value, rate of p iameter, and air flow rate) for each part, then convert circa for all system.

Elements Of Electromagnetics
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Q2l Calculate size of each part for the air conditioning ducts system shown in
Figure(1) by using equilibrium pressure drop method. The velocity of air in main
duct 7 m/s. Tabulate the results (velocity value, rate of pressure drop, circular
diameter, and air flow rate) for each part, then convert circular ducts to equivalent
rectangle ducts at height 300 mm for all system.
0.5 m³/s
E
5m
A
D
0.5m³/s
3m
B
Figure (1)
3m
3m
5m
C
1 m³/s
Transcribed Image Text:Q2l Calculate size of each part for the air conditioning ducts system shown in Figure(1) by using equilibrium pressure drop method. The velocity of air in main duct 7 m/s. Tabulate the results (velocity value, rate of pressure drop, circular diameter, and air flow rate) for each part, then convert circular ducts to equivalent rectangle ducts at height 300 mm for all system. 0.5 m³/s E 5m A D 0.5m³/s 3m B Figure (1) 3m 3m 5m C 1 m³/s
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