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Q3: A supply tank is connected to a water desalination unit by a smooth mild steel pipeline consists of 200 mm diameter pipe of length 20 m joined to a 100 mm diameter and 100 m long pipe followed by 50 mm diameter pipe of 10 m length. The pipeline discharges 0.5 m'/s to atmosphere 8 m below the surface level of the water in the tank. Estimate the supply pressure required at this flow rate. The kinematic viscosity of the water may be taken to be 1.14 x 10 m/s.

Q3: A supply tank is connected to a water desalination unit by a smooth mild steel pipeline consists of 200 mm diameter pipe of length 20 m joined to a 100 mm diameter and 100 m long pipe followed by 50 mm diameter pipe of 10 m length. The pipeline discharges 0.5 m'/s to atmosphere 8 m below the surface level of the water in the tank. Estimate the supply pressure required at this flow rate. The kinematic viscosity of the water may be taken to be 1.14 x 10 m/s.

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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Q3: A supply tank is connected to a water desalination unit by a smooth mild steel pipeline consists of 200 mm diameter pipe of length 20 m joined to a 100 mm diameter and 100 m long pipe followed by 50 mm diameter pipe of 10 m length. The pipeline discharges 0.5 m'/s to atmosphere 8 m below the surface level of the water in the tank. Estimate the supply pressure required at this flow rate. The kinematic viscosity of the water may be taken to be 1.14 x 10*m/s.
Transcribed Image Text:Q3: A supply tank is connected to a water desalination unit by a smooth mild steel pipeline consists of 200 mm diameter pipe of length 20 m joined to a 100 mm diameter and 100 m long pipe followed by 50 mm diameter pipe of 10 m length. The pipeline discharges 0.5 m'/s to atmosphere 8 m below the surface level of the water in the tank. Estimate the supply pressure required at this flow rate. The kinematic viscosity of the water may be taken to be 1.14 x 10*m/s.
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