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One mole of an ideal gas is initially at a state characterized by a pressure p1, a volume V1 and a temperature T1; it follows an isothermal expansion that ends by tripling the volume it occupied initially. a) Represent this process on a pV diagram. Your axes should be labelled up to scale in accordance to the statement of the question. b) Draw on the same graph an adiabatic process that may be followed by the same amount of the same gas assuming that it would have the same temperature at a certain point as your gas represented in a). c) Using the gradients of your two curves at any point (determine them); show convincingly which one is steeper.

One mole of an ideal gas is initially at a state characterized by a pressure p1, a volume V1 and a temperature T1; it follows an isothermal expansion that ends by tripling the volume it occupied initially. a) Represent this process on a pV diagram. Your axes should be labelled up to scale in accordance to the statement of the question. b) Draw on the same graph an adiabatic process that may be followed by the same amount of the same gas assuming that it would have the same temperature at a certain point as your gas represented in a). c) Using the gradients of your two curves at any point (determine them); show convincingly which one is steeper.

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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One mole of an ideal gas is initially at a state characterized by a pressure p1, a volume V1 and a temperature T1; it follows an isothermal expansion that ends by tripling the volume it occupied initially. a) Represent this process on a pV diagram. Your axes should be labelled up to scale in accordance to the statement of the question. b) Draw on the same graph an adiabatic process that may be followed by the same amount of the same gas assuming that it would have the same temperature at a certain point as your gas represented in a). c) Using the gradients of your two curves at any point (determine them); show convincingly which one is steeper.
Transcribed Image Text:One mole of an ideal gas is initially at a state characterized by a pressure p1, a volume V1 and a temperature T1; it follows an isothermal expansion that ends by tripling the volume it occupied initially. a) Represent this process on a pV diagram. Your axes should be labelled up to scale in accordance to the statement of the question. b) Draw on the same graph an adiabatic process that may be followed by the same amount of the same gas assuming that it would have the same temperature at a certain point as your gas represented in a). c) Using the gradients of your two curves at any point (determine them); show convincingly which one is steeper.
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