If the piston mass is 20 kg and the car mass with its base is 400 kg, what will the minimum pressure (kpa)that is required from the air compressor to lift the car? There are three layers of oils with different specificgravities as S1=0.95, S2=0.85, and S3=0.28. Neglect the shear force between the piston and its cylinder.ControlvalvepistonAir pressurefrom compressor+25-cm diameter60 cmS3S250 cmAirS140 cmS1

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If the piston mass is 20 kg and the car mass with its base is 400 kg, what will the minimum pressure (kp that is required from the air compressor to lift the car? There are three layers of oils with different specifi gravities as S130.95, S2=0.85, and S3-0.28. Neglect the shear force between the piston and its cylinde Control valve piston Air pressure from compressor 25-cm diameter 60 cm S3 S2 50 cm Air S1 40 cm S1

If the piston mass is 20 kg and the car mass with its base is 400 kg, what will the minimum pressure (kp that is required from the air compressor to lift the car? There are three layers of oils with different specifi gravities as S130.95, S2=0.85, and S3-0.28. Neglect the shear force between the piston and its cylinde Control valve piston Air pressure from compressor 25-cm diameter 60 cm S3 S2 50 cm Air S1 40 cm S1

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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plz plz help me nowwwwww If the piston mass is 20 kg and the car mass with its base is 400 kg, what will the minimum pressure (kpa) that is required from the air compressor to lift the car? There are three layers of oils with different specific gravities as S1=0.95, S2=0.85, and S3=0.53. Neglect the shear force between the piston and its cylinder.
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