Questions 8-10 The figure shows a pump fitted with a piston and a handle. The pump is connected by tubing to three cylindrical containers. The area of each cylinder is given in terms of A (the area of the pump). The heights of the pump and cylinders are given in terms of y. The pump and all the cylinders are completely filled with oil and contain no air pockets. The handle of the pump is pushed down with a force of F. 24 4A 2y 2y 2 4A 8. What will be the force pushing upward on the top of cylinder 3? Show your work in symbolic form. 9. Explain why the pressure at the top of cylinder 1 will be greater than that at the top of cylinder 3. 10. Which cylinders have the same pressure at the top? Explain.
Questions 8-10 The figure shows a pump fitted with a piston and a handle. The pump is connected by tubing to three cylindrical containers. The area of each cylinder is given in terms of A (the area of the pump). The heights of the pump and cylinders are given in terms of y. The pump and all the cylinders are completely filled with oil and contain no air pockets. The handle of the pump is pushed down with a force of F. 24 4A 2y 2y 2 4A 8. What will be the force pushing upward on the top of cylinder 3? Show your work in symbolic form. 9. Explain why the pressure at the top of cylinder 1 will be greater than that at the top of cylinder 3. 10. Which cylinders have the same pressure at the top? Explain.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:Questions 8-10
The figure shows a pump fitted with a piston and a handle. The pump is connected by tubing to
three cylindrical containers. The area of each cylinder is given in terms of A (the area of the
pump). The heights of the pump and cylinders are given in terms of y. The pump and all the
cylinders are completely filled with oil and contain no air pockets. The handle of the pump is
pushed down with a force of F.
24
4A
2y
2y
2
4A
8. What will be the force pushing upward on the top of cylinder 3? Show your work in
symbolic form.
9. Explain why the pressure at the top of cylinder 1 will be greater than that at the top of
cylinder 3.
10. Which cylinders have the same pressure at the top? Explain.
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