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Figure 4 shows the hydraulic circuit to perform work with the piston. The pump extracts oil (sg 0.92) from a reservoir and transmits it to the hydraulic cylinder that has an internal diameter of 12 cm. And the piston must travel 40 in. In 6 seconds, while exerting a force of 5500 Lb. The 1 in suction pipe is 15 ft while the 1/2 in discharge pipe is 20 ft long. Both pipes are made of Schedule 80 steel. Calculate: a) Losses in pipes and losses in accessories.

Figure 4 shows the hydraulic circuit to perform work with the piston. The pump extracts oil (sg 0.92) from a reservoir and transmits it to the hydraulic cylinder that has an internal diameter of 12 cm. And the piston must travel 40 in. In 6 seconds, while exerting a force of 5500 Lb. The 1 in suction pipe is 15 ft while the 1/2 in discharge pipe is 20 ft long. Both pipes are made of Schedule 80 steel. Calculate: a) Losses in pipes and losses in accessories.

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
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Workshop 1: Complete the table and answer the question. Consider the diagram. Figure 4 shows the hydraulic circuit to perform work with the piston. The pump extracts oil (sg = 0.92) from a reservoir and transmits it to the hydraulic cylinder that has an internal diameter of 12 cm. And the piston must travel 40 in. In 6 seconds, while exerting a force of 5500 Lb. The 1 in suction pipe is 15 ft while the 1/2 in discharge pipe is 20 ft long. Both pipes are made of Schedule 80 steel. Calculate: a) Losses in pipes and losses in accessories. cylinder piston flow 16 ft Table 1: Summary of Results. P (psi) h Accessories (ft) Pump pipeline (ft) P Pump (HP) 5 ft reservoir with fluid Figure 4.
Transcribed Image Text:Workshop 1: Complete the table and answer the question. Consider the diagram. Figure 4 shows the hydraulic circuit to perform work with the piston. The pump extracts oil (sg = 0.92) from a reservoir and transmits it to the hydraulic cylinder that has an internal diameter of 12 cm. And the piston must travel 40 in. In 6 seconds, while exerting a force of 5500 Lb. The 1 in suction pipe is 15 ft while the 1/2 in discharge pipe is 20 ft long. Both pipes are made of Schedule 80 steel. Calculate: a) Losses in pipes and losses in accessories. cylinder piston flow 16 ft Table 1: Summary of Results. P (psi) h Accessories (ft) Pump pipeline (ft) P Pump (HP) 5 ft reservoir with fluid Figure 4.
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