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Q4. A centrifugal pump delivers water through a 40-cm diameter, 1000-m-long, commercial steel pipe (roughens e = 0.045 mm) from reservoir A (elevation 920.5 m) to B (elevation 935.5 m). Friction losses vary according to the Moody diagram. Neglecting minor losses, determine the discharge in the pump-pipeline system using the pump performance characteristics in the table. Q (L/sec) H, (m) 30.0 100 29.5 200 28.0 300 25.0 400 19.0 500 4.0

Q4. A centrifugal pump delivers water through a 40-cm diameter, 1000-m-long, commercial steel pipe (roughens e = 0.045 mm) from reservoir A (elevation 920.5 m) to B (elevation 935.5 m). Friction losses vary according to the Moody diagram. Neglecting minor losses, determine the discharge in the pump-pipeline system using the pump performance characteristics in the table. Q (L/sec) H, (m) 30.0 100 29.5 200 28.0 300 25.0 400 19.0 500 4.0

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q4. A centrifugal pump delivers water through a 40-cm diameter, 1000-m-long, commercial steel pipe (roughens e = 0.045 mm) from reservoir A (elevation 920.5 m) to B (elevation 935.5 m). Friction losses vary according to the Moody diagram. Neglecting minor losses, determine the discharge in the pump-pipeline system using the pump performance characteristics in the table. Q (L/sec) „ (m) 30.0 100 29.5 200 28.0 300 25.0 400 19.0 500 4.0
Transcribed Image Text:Q4. A centrifugal pump delivers water through a 40-cm diameter, 1000-m-long, commercial steel pipe (roughens e = 0.045 mm) from reservoir A (elevation 920.5 m) to B (elevation 935.5 m). Friction losses vary according to the Moody diagram. Neglecting minor losses, determine the discharge in the pump-pipeline system using the pump performance characteristics in the table. Q (L/sec) „ (m) 30.0 100 29.5 200 28.0 300 25.0 400 19.0 500 4.0
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