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MERLOT II


        

Material Detail


Karlsruhe Physics Course

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Location:
Material Type: Open Textbook
Technical Format: PDF
Date Added to MERLOT: September 18, 2008
Date Modified in MERLOT: September 11, 2010
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Authors:
 Send email to Georg.Job@gmx.de

 Send email to friedrich.herrmann@physik.uni-karlsruhe.de

Submitter : Joel Rosenberg

Description:

This high school/intro college curriculum is a series of three short textbooks (and a teacher's guide) for introducing thermodynamics in an intuitive and visual way. By drawing on analogies between thermal, fluid, electrical, mechanical, and chemical systems, and tying them together using energy and entropy, the Karlsruhe Physics... More

Keywords:
analogies, visualization, physics, intensive and extensive quantities

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Primary Audience: High School, College Lower Division
Mobile Compatibility: Not specified at this time
Technical Requirements: Adobe Acrobat
Language: English, Chinese, Italian, Spanish
Cost Involved: no Source Code Available: no
Accessiblity Information Available: unsure Copyright: unsure
Creative Commons: no

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Discussion for Karlsruhe Physics Course

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Avatar for Frank Lambert
3 years ago

Frank Lambert (Faculty)

There should be a "no star" category for this inexcusable treatment of entropy. The section on entropy is the most incredible mess of garbage, misinformation, and error that I have ever seen in 70 years! I can't imagine that such antique/obsolete/unscientific trash would be used in the US -- or cited in Merlot. The ONLY modern treatment of entropy is that which is written by Stephen Lower -- and cited here.

Technical Remarks:

NO chemistry text in the US has ANY such trash -- "entropy as a quantity of heat"!! "entropy flows...."!!! "Entropy is measured in Ct, Carnots"!!!!
Time spent reviewing site: 15 astonished minutes...

Avatar for Joel Rosenberg
5 years ago

Joel Rosenberg (Museum Educator)

This is one of the best approaches to introductory thermodynamics I've seen. The picturesque view of energy and entropy, and the analogical treatment of intensive quantities (temperature, pressure, velocity, electric potential, chemical potential) driving extensive flows (entropy, volume, momentum, charge, amount of substance) sets up a model that is very useful for beginners. Highly recommended.
Used in course

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