A hydraulic lift is being designed to lift cars. The input piston has an area of 10 cm2 and can handle a force up to 400 N. The lift must be able to move cars with a mass as large as 1800 kg. What is the pressure on the input piston?

40 N/m2

45 N/m2

400,000 N/m2

1,800,000 N/m2

17,640,000 N/m2

Question

Physics

Peyton Frazier

14 July, 23:24

A hydraulic lift is being designed to lift cars. The input piston has an area of 10 cm2 and can handle a force up to 400 N. The lift must be able to move cars with a mass as large as 1800 kg. What is the pressure on the input piston?

40 N/m2

45 N/m2

400,000 N/m2

1,800,000 N/m2

17,640,000 N/m2

+5

Answers (1)

Know the Answer?

April Parrish · Answer 1

A hydraulic lift is being designed to lift cars. The input piston has an area of 10 cm2 and can handle a force up to 400 N. The lift must be able to move cars with a mass as large as 1800 kg. What is the pressure on the input piston?

40 N/m2

Explanation:

A hydraulic lift is being designed to lift cars. The input piston has an area of 10 cm2 and can handle a force up to 400 N. The lift must be able to move cars with a mass as large as 1800 kg. What is the pressure on the input piston?

40 N/m2

A hydraulic lift is being designed to lift cars. The input piston has an area of 10 cm2 and can handle a force up to 400 N. The lift must be able to move cars with a mass as large as 1800 kg. What is the pressure on the input piston?40 N/m245 N/m2400,000 N/m21,800,000 N/m217,640,000 N/m2

A hydraulic lift is being designed to lift cars. The input piston has an area of 10 cm2 and can handle a force up to 400 N. The lift must be able to move cars with a mass as large as 1800 kg. What is the pressure on the input piston?

40 N/m2

45 N/m2

400,000 N/m2

1,800,000 N/m2

17,640,000 N/m2