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S₁ A₁ FIN = F₁ PISTON P₁ OIL A₂ FOUT = F₂ PISTON 2 P2 : S₂ Consider the hydraulic lifter shown where A1 = 3.2 in^2 and A2=9.1 in^2, and the applied force Fin=125 lbs. How far must Piston 1 be pushed to lift Piston 2 by 3 in?

S₁ A₁ FIN = F₁ PISTON P₁ OIL A₂ FOUT = F₂ PISTON 2 P2 : S₂ Consider the hydraulic lifter shown where A1 = 3.2 in^2 and A2=9.1 in^2, and the applied force Fin=125 lbs. How far must Piston 1 be pushed to lift Piston 2 by 3 in?

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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Consider the hydraulic lifter shown where A1 = 3.2 in^2 and A2=9.1 in^2, and the applied force Fin=125 lbs. How far must Piston 1 be pushed to lift Piston 2 by 3 in?

S₁ A₁ FIN = F₁ PISTON 1 P1 OIL A₂ FOUT = F₂ PISTON 2 P2 ●●● S₂ Consider the hydraulic lifter shown where A1 = 3.2 in^2 and A2=9.1 in^2, and the applied force Fin=125 lbs. How far must Piston 1 be pushed to lift Piston 2 by 3 in?
Transcribed Image Text:S₁ A₁ FIN = F₁ PISTON 1 P1 OIL A₂ FOUT = F₂ PISTON 2 P2 ●●● S₂ Consider the hydraulic lifter shown where A1 = 3.2 in^2 and A2=9.1 in^2, and the applied force Fin=125 lbs. How far must Piston 1 be pushed to lift Piston 2 by 3 in?
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