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A piston'eylinder has two chambers and ineludes a spring, as illustrated below. The right side contains air at 318.15 K and 2 bar, while the left side is a spring in a vacuum. The spring exerts a force to the right of 5500x (SI units), where x is initially 0.3 m away from the right side of the wall (x = 0 is the position where the spring is fully relaxed). The piston has a cross-sectional area of 0.1 m?. Assume that the piston and cylinder are both well insulated. When the red stop is removed, the piston moves smoothly to a final state. What is the final position of the piston and the final temperature of the air? You may assume that air has a constant hcat capacity of c,m - 3.5R. Note: you should take the positive x direction as going to the left on the diagram. spring air vacuum

A piston'eylinder has two chambers and ineludes a spring, as illustrated below. The right side contains air at 318.15 K and 2 bar, while the left side is a spring in a vacuum. The spring exerts a force to the right of 5500x (SI units), where x is initially 0.3 m away from the right side of the wall (x = 0 is the position where the spring is fully relaxed). The piston has a cross-sectional area of 0.1 m?. Assume that the piston and cylinder are both well insulated. When the red stop is removed, the piston moves smoothly to a final state. What is the final position of the piston and the final temperature of the air? You may assume that air has a constant hcat capacity of c,m - 3.5R. Note: you should take the positive x direction as going to the left on the diagram. spring air vacuum

Elements Of Electromagnetics
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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A piston'eylinder has two chambers and ineludes a spring, as illustrated below. The right side contains air at 318.15 K and 2 bar, while the left side is a spring in a vacuum. The spring exerts a force to the right of 5500x (SI units), where x is initially 0.3 m away from the right side of the wall (x = 0 is the position where the spring is fully relaxed). The piston has a cross-sectional area of 0.1 m?. Assume that the piston and cylinder are both well insulated. When the red stop is removed, the piston moves smoothly to a final state. What is the final position of the piston and the final temperature of the air? You may assume that air has a constant hcat capacity of c,m - 3.5R. Note: you should take the positive x direction as going to the left on the diagram. spring air vacuum
Transcribed Image Text:A piston'eylinder has two chambers and ineludes a spring, as illustrated below. The right side contains air at 318.15 K and 2 bar, while the left side is a spring in a vacuum. The spring exerts a force to the right of 5500x (SI units), where x is initially 0.3 m away from the right side of the wall (x = 0 is the position where the spring is fully relaxed). The piston has a cross-sectional area of 0.1 m?. Assume that the piston and cylinder are both well insulated. When the red stop is removed, the piston moves smoothly to a final state. What is the final position of the piston and the final temperature of the air? You may assume that air has a constant hcat capacity of c,m - 3.5R. Note: you should take the positive x direction as going to the left on the diagram. spring air vacuum
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