6 cm-diameter commercial steel pipeline is used to transport water at 10⁰C from a reservoir to a free discharge point. The pipeline consists of 85 m straight pipe, 2 wide open gate valves, 1 wide open angle valve, 4 standart 90⁰ elbows, 1 entrance from a reservoir and 1 free discharge. The elevation of the entrance is 10 m while the elevation of the discharge is 35 m. The inlet pressure is 20 psig and exit pressure is 0 psig. A pump is installed in the line to move the water. Calculate the pump work (J/kg) so the volumetric flow rate will be Q= 0.01 m3/s.
6 cm-diameter commercial steel pipeline is used to transport water at 10⁰C from a reservoir to a free discharge point. The pipeline consists of 85 m straight pipe, 2 wide open gate valves, 1 wide open angle valve, 4 standart 90⁰ elbows, 1 entrance from a reservoir and 1 free discharge. The elevation of the entrance is 10 m while the elevation of the discharge is 35 m. The inlet pressure is 20 psig and exit pressure is 0 psig. A pump is installed in the line to move the water. Calculate the pump work (J/kg) so the volumetric flow rate will be Q= 0.01 m3/s.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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6 cm-diameter commercial steel pipeline is used to transport water at 10⁰C from a reservoir to a free discharge point. The pipeline consists of 85 m straight pipe, 2 wide open gate valves, 1 wide open angle valve, 4 standart 90⁰ elbows, 1 entrance from a reservoir and 1 free discharge. The elevation of the entrance is 10 m while the elevation of the discharge is 35 m. The inlet pressure is 20 psig and exit pressure is 0 psig. A pump is installed in the line to move the water. Calculate the pump work (J/kg) so the volumetric flow rate will be Q= 0.01 m3/s.
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