Complete solution and correct units pls. Thanks † 2. Consider a horizontal 120 cm-diameter galvanized-iron pipe simu'ating the Alaskanpipeline. The oil flow is 300 million liters per day, at a density of 910 kg/m² and viscosity of0.01 kg/(m-s). Each pump along the line raises the oil pressure to 8 MPa, which then drops,due to head loss, to 400-kPa at the entrance to the next pump. Estimate (a) theappropriate distance between pumping stations and (6) the power required if the pumpsare 88 percent efficient.

2. Corsider a horizontal 120 cm-diameter galvanized-iron pipe simuating the Alaskan pipel ine. The oil flow is 300 million liters per day, at a density of 910 kg/m' and viscosity of C.01 kg/(m-s). Each pump along the line raises the oil pressure to 8 MPa, which then drops, due to head loss, to 400-kPa at the entrance to the next pump. Estimate (a) the appropriate distance between pumping stations and (e) the power required if the pumps are 88 percent efficient.

2. Corsider a horizontal 120 cm-diameter galvanized-iron pipe simuating the Alaskan pipel ine. The oil flow is 300 million liters per day, at a density of 910 kg/m' and viscosity of C.01 kg/(m-s). Each pump along the line raises the oil pressure to 8 MPa, which then drops, due to head loss, to 400-kPa at the entrance to the next pump. Estimate (a) the appropriate distance between pumping stations and (e) the power required if the pumps are 88 percent efficient.

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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