A hollow container is filled with an ideal gas. The container is designed to maintain a constant pressure by allowing gas to enter or leave as needed. At all times the gas & container are in thermal equilibrium. Initially the temperature is 2350 K. Then the temperature decreases to 500 K and the volume decreases to 0.81 times the initial volume. Determine the coefficient of volume expansion for the container and the ratio of the final number of moles to the initial number of moles. Bcontainer nf ni = = K-1

College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter10: Thermal Physics
Section: Chapter Questions
Problem 31P: (a) An ideal gas occupies a volume of 1.0 cm3 at 20.C and atmospheric pressure. Determine the number...
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A hollow container is filled with an ideal gas. The container is designed to maintain a constant pressure by allowing gas to enter or leave as needed. At all times the gas &
container are in thermal equilibrium. Initially the temperature is 2350 K. Then the temperature decreases to 500 K and the volume decreases to 0.81 times the initial volume.
Determine the coefficient of volume expansion for the container and the ratio of the final number of moles to the initial number of moles.
Bcontainer
nf
ni
=
=
K-1
Transcribed Image Text:A hollow container is filled with an ideal gas. The container is designed to maintain a constant pressure by allowing gas to enter or leave as needed. At all times the gas & container are in thermal equilibrium. Initially the temperature is 2350 K. Then the temperature decreases to 500 K and the volume decreases to 0.81 times the initial volume. Determine the coefficient of volume expansion for the container and the ratio of the final number of moles to the initial number of moles. Bcontainer nf ni = = K-1
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