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Piston Unstrained spring Fvacuated *66. The figure shows three identical chambers containing a piston and a spring whose spring constant is k = 5.8 X 10ʻ N/m. The chamber in part a is completely evacuated, and the piston just touches its left end. In this position, the spring is unstrained. In part b of the drawing, 0.75 mol of ideal gas 1 is introduced into the space between the left end of the chamber and the piston, and the spring compresses by x = 15 cm. In part c, 0.75 mol of ideal gas 2 is introduced into the space between the left end of the chamber and the piston, and the spring compresses by x, = 24 cm. Concepts: (i) Which gas exerts a greater force on the piston? (ii) How is the force required to compress a spring related to the displacement of the spring from the unstrained position? (iii) Which gas exerts the greater pressure on the piston? (iv) Which gas has the greater temperature? Calculations: Find the temperature of each gas. (a) -WWW- Evacuated Gas 1 (b) WWW- Evacuated Gas 2 (c)

Piston Unstrained spring Fvacuated *66. The figure shows three identical chambers containing a piston and a spring whose spring constant is k = 5.8 X 10ʻ N/m. The chamber in part a is completely evacuated, and the piston just touches its left end. In this position, the spring is unstrained. In part b of the drawing, 0.75 mol of ideal gas 1 is introduced into the space between the left end of the chamber and the piston, and the spring compresses by x = 15 cm. In part c, 0.75 mol of ideal gas 2 is introduced into the space between the left end of the chamber and the piston, and the spring compresses by x, = 24 cm. Concepts: (i) Which gas exerts a greater force on the piston? (ii) How is the force required to compress a spring related to the displacement of the spring from the unstrained position? (iii) Which gas exerts the greater pressure on the piston? (iv) Which gas has the greater temperature? Calculations: Find the temperature of each gas. (a) -WWW- Evacuated Gas 1 (b) WWW- Evacuated Gas 2 (c)

College Physics
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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Piston Unstrained spring Fvacuated *66. The figure shows three identical chambers containing a piston and a spring whose spring constant is k = 5.8 X 10ʻ N/m. The chamber in part a is completely evacuated, and the piston just touches its left end. In this position, the spring is unstrained. In part b of the drawing, 0.75 mol of ideal gas 1 is introduced into the space between the left end of the chamber and the piston, and the spring compresses by x = 15 cm. In part c, 0.75 mol of ideal gas 2 is introduced into the space between the left end of the chamber and the piston, and the spring compresses by x, = 24 cm. Concepts: (i) Which gas exerts a greater force on the piston? (ii) How is the force required to compress a spring related to the displacement of the spring from the unstrained position? (iii) Which gas exerts the greater pressure on the piston? (iv) Which gas has the greater temperature? Calculations: Find the temperature of each gas. (a) -WWW- Evacuated Gas 1 (b) WWW- Evacuated Gas 2 (c)
Transcribed Image Text:Piston Unstrained spring Fvacuated *66. The figure shows three identical chambers containing a piston and a spring whose spring constant is k = 5.8 X 10ʻ N/m. The chamber in part a is completely evacuated, and the piston just touches its left end. In this position, the spring is unstrained. In part b of the drawing, 0.75 mol of ideal gas 1 is introduced into the space between the left end of the chamber and the piston, and the spring compresses by x = 15 cm. In part c, 0.75 mol of ideal gas 2 is introduced into the space between the left end of the chamber and the piston, and the spring compresses by x, = 24 cm. Concepts: (i) Which gas exerts a greater force on the piston? (ii) How is the force required to compress a spring related to the displacement of the spring from the unstrained position? (iii) Which gas exerts the greater pressure on the piston? (iv) Which gas has the greater temperature? Calculations: Find the temperature of each gas. (a) -WWW- Evacuated Gas 1 (b) WWW- Evacuated Gas 2 (c)
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