A rigid tank of volume V is subdivided into two parts with volumes V₁ = V/3 and V₂ = 2V/3 using arigid partition. Volume V₁ contains an ideal gas at 800°C and pressure P₁ while volume V2 is completelyevacuated. Now the partition between the two volumes is removed, upon which the ideal gas expands intothe entire tank. Heat is then applied to the gas until its pressure becomes equal to its initial pressure P₁.Determine the final temperature of the gas.

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A rigid tank of volume V is subdivided into rigid partition. Volume V₁ contains an ideal = evacuated. Now the partition between the two the entire tank. Heat is then applied to the g Determine the final temperature of the gas.

A rigid tank of volume V is subdivided into rigid partition. Volume V₁ contains an ideal = evacuated. Now the partition between the two the entire tank. Heat is then applied to the g Determine the final temperature of the gas.

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter3: The First Law Of Thermodynamics

Section: Chapter Questions

Problem 97CP: The insulated cylinder shown below is closed at both ends and contains an insulating piston that is...

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Concept explainers

Temperature Difference and Heat Transfer

Whenever there is a flow of heat flux resulting from a temperature gradient within the material or between two materials, there is heat transfer. Heat transfer primarily arises due to temperature differences between two bodies or within bodies. The term temperature gradient denotes temperature differences or variation of temperature due to change in some quantity. The fundamental use of the concept of temperature is found in the zeroth law of thermodynamics.

Question

A rigid tank of volume V is subdivided into two parts with volumes V₁ = V/3 and V₂ = 2V/3 using a
rigid partition. Volume V₁ contains an ideal gas at 800°C and pressure P₁ while volume V2 is completely
evacuated. Now the partition between the two volumes is removed, upon which the ideal gas expands into
the entire tank. Heat is then applied to the gas until its pressure becomes equal to its initial pressure P₁.
Determine the final temperature of the gas.

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