Special Relativity and Thermal Physics finals

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SUMMARY

The forum discussion centers around students sharing their experiences with finals in Special Relativity and Thermal Physics. Participants express their challenges and successes, with one user highlighting the difficulty of Thermal Physics compared to Special Relativity. The conversation also touches on different academic systems, such as quarter and trimester systems, and the unique approaches to thermodynamics in engineering versus physics courses. Key resources mentioned include "Introduction to Thermodynamics and Statistical Mechanics" by Keith Stowe, which is praised for its clarity and effectiveness in teaching complex concepts.

PREREQUISITES
  • Understanding of Special Relativity concepts and applications
  • Familiarity with Thermal Physics and thermodynamics principles
  • Knowledge of academic systems, specifically quarter and trimester systems
  • Basic grasp of statistical mechanics and its relevance in physics
NEXT STEPS
  • Explore "Introduction to Thermodynamics and Statistical Mechanics" by Keith Stowe for deeper insights into thermodynamics
  • Research engineering thermodynamics, focusing on quality, mass flow, and power cycles
  • Study the applications of nuclear physics in reactor design and astrophysics
  • Investigate the differences between physics and engineering approaches to thermodynamics
USEFUL FOR

Students in physics and engineering disciplines, educators teaching thermodynamics, and anyone preparing for exams in Special Relativity and Thermal Physics.

  • #31
For engineering thermodynamics, Cegnel-Boles is good. I like it at least.
 
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  • #32
Lisa! said:
Studying nuclear even for an exam must be enjoyable!:!)


We spent almost a third of the class learning how reactors and bombs work actually. Its kinda frightening. That class was enjoyable, we spent a fair chunk of time on astrophysics applications of the stuff we were doing, which was the part I really cared about.
 

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