Скачать или смотреть Thermodynamics: Piston-Cylinder Assembly Part 2

A walk through of an example problem calculating the maximum work and final temperature of a piston-cylinder assembly process:

For the well-insulated piston–cylinder assembly containing 1 mole of ideal gas described in Problem 2.28, describe the process by which you can obtain the maximum work from the system.
Calculate the value for the work. What is the final temperature? Why is T lower than that calculated in Problem 2.28?

Purdue University Omega Chi Epsilon

Text: Engineering and Chemical Thermodynamics by Koretsky 2nd edition
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For the well-insulated piston–cylinder assembly containing 1 mole of ideal gas described in Problem 2.28, describe the process by which you can obtain the maximum work from the system.
Calculate the value for the work. What is the final temperature? Why is T lower than that calculated in Problem 2.28?

For the well-insulated piston–cylinder assembly containing 1 mole of ideal gas described in Problem 2.28, describe the process by which you can obtain the maximum work from the system.
Calculate the value for the work. What is the final temperature? Why is T lower than that calculated in Problem 2.28?

For the well-insulated piston–cylinder assembly containing 1 mole of ideal gas described in Problem 2.28, describe the process by which you can obtain the maximum work from the system.
Calculate the value for the work. What is the final temperature? Why is T lower than that calculated in Problem 2.28?

For the well-insulated piston–cylinder assembly containing 1 mole of ideal gas described in Problem 2.28, describe the process by which you can obtain the maximum work from the system.
Calculate the value for the work. What is the final temperature? Why is T lower than that calculated in Problem 2.28?