You bring home a cylinder containing a movable piston which seals off an ideal gas at the bottom of the cylinder. The piston is attached to the lid of the cylinder by a spring which is initially in its equilibrium position. The lid has holes in it , so the upper part of the cylinder is open to atmosphere. You make the following measurements: Cross-sectional area of cylinder (A) = 63 cm2 Air temperature = 22℃ The spring constant you read off the side of the box: k = 1 200 N/m If the 0.025 mol of ideal gas is initially at atmospheric pressure and you heat this gas up to 100℃ , by how much will the spring be compressed?
You bring home a cylinder containing a movable piston which seals off an ideal gas at the bottom of the cylinder. The piston is attached to the lid of the cylinder by a spring which is initially in its equilibrium position. The lid has holes in it , so the upper part of the cylinder is open to atmosphere. You make the following measurements: Cross-sectional area of cylinder (A) = 63 cm2 Air temperature = 22℃ The spring constant you read off the side of the box: k = 1 200 N/m If the 0.025 mol of ideal gas is initially at atmospheric pressure and you heat this gas up to 100℃ , by how much will the spring be compressed?
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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You bring home a cylinder containing a movable piston which seals off an ideal gas at the bottom of the cylinder. The piston is attached to the lid of the cylinder by a spring which is initially in its equilibrium position. The lid has holes in it , so the upper part of the cylinder is open to atmosphere.
You make the following measurements:
Cross-sectional area of cylinder (A) = 63 cm2
Air temperature = 22℃
The spring constant you read off the side of the box:
k = 1 200 N/m
If the 0.025 mol of ideal gas is initially at atmospheric pressure and you heat this gas up to
100℃ , by how much will the spring be compressed?
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