Q3. Figure 1 shows a load of mass 10 kg situated on a piston of diameter D, =100 mm. The piston rides on a reservoir of oil of depth h, = 40 mm and specific gravity S= 0.9. The reservoir is connected to a round tube of diameter D, = 5 mm and oil rises in the tube to height h,. Assuming that the oil in the tube is open to atmosphere and neglecting the mass of the piston, find h,. Q3. Figure 1 shows a load of mass 10 kg situated on a piston ofdiameter D, =100 mm. The piston rides on a reservoir of oil ofdepth h, = 40 mm and specific gravity S= 0.9. The reservoir isconnected to a round tube of diameter D, = 5 mm and oil rises inthe tube to height h,. Assuming that the oil in the tube is open toatmosphere and neglecting the mass of the piston, find h,.[4 marks]WeightPistonFigure 1D1

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Description: Q3. Figure 1 shows a load of mass 10 kg situated on a piston of diameter D, =100 mm. The piston rides on a reservoir of oil of depth h, = 40 mm and specific gravity S= 0.9. The reservoir is connected to a round tube of diameter D, = 5 mm and oil rise

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Answered: oil in the tube is open to atmosphere…

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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Q3. Figure 1 shows a load of mass 10 kg situated on a piston of diameter D, =100 mm. The piston rides on a reservoir of oil of depth h, = 40 mm and specific gravity S= 0.9. The reservoir is connected to a round tube of diameter D, = 5 mm and oil rises in the tube to height h,. Assuming that the oil in the tube is open to atmosphere and neglecting the mass of the piston, find h,.

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