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2. Determine the required diameter of the galvanized iron pipe (e-o.15 mm) in Fig. 2 if the discharge at Cis to beo.475 m/s when the gate valve at Ais fully opened. The reservoir is filled with water to the depth shown. Take v =10 m/s. LOss coefficient for pipe bend is K=o.9 and for the flush entrance is K=o.5. 4 m 6 m Datum -3 m 8 m

2. Determine the required diameter of the galvanized iron pipe (e-o.15 mm) in Fig. 2 if the discharge at Cis to beo.475 m/s when the gate valve at Ais fully opened. The reservoir is filled with water to the depth shown. Take v =10 m/s. LOss coefficient for pipe bend is K=o.9 and for the flush entrance is K=o.5. 4 m 6 m Datum -3 m 8 m

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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2. Determine the required diameter of the galvanized iron pipe (e-o.15 mm) in Fig. 2 if the discharge at Cis to be o.475 m/s when the gate valve at Ais fully opened. The reservoir is filled with water to the depth shown. Take v=10* m/s. Loss coefficient for pipe bend is K=o.9 and for the flush entrance is K=o.5. B 4 m 6 m A C Datum -3 m- 8 m
Transcribed Image Text:2. Determine the required diameter of the galvanized iron pipe (e-o.15 mm) in Fig. 2 if the discharge at Cis to be o.475 m/s when the gate valve at Ais fully opened. The reservoir is filled with water to the depth shown. Take v=10* m/s. Loss coefficient for pipe bend is K=o.9 and for the flush entrance is K=o.5. B 4 m 6 m A C Datum -3 m- 8 m
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