States of a model system - Entropy and temperature - Boltzmann distribution and Helmholtz free energy - Thermal radiation and Planck distribution - Ideal gas - Fermi. Jun 06, 2015 Note and solutions to Kittel and Kroemer's Thermal Physics and Manifolds in thermodynamics.

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Usually i love examples, but i actually found a book that overdoes it. Too many examples for an intro book. And because they are real-world examples, they stretch the simple intro models, so that a student would be bewildered as to how to apply the simple framework to the extremely messy example. ('if we assume the valence electrons in a conductor are like an ideal non-interacting gas.' Who in hell would have thought that was reasonable?)admirable in intent, but overkill and ultimately c usually i love examples, but i actually found a book that overdoes it.

Drivers License Generator Michigan there. Too many examples for an intro book. And because they are real-world examples, they stretch the simple intro models, so that a student would be bewildered as to how to apply the simple framework to the extremely messy example. ('if we assume the valence electrons in a conductor are like an ideal non-interacting gas.' Who in hell would have thought that was reasonable?)admirable in intent, but overkill and ultimately counterproductive. Stick with simpler, non-sexy examples. I did like some of the statistical stuff about how sharply peaked the distribution functions are, the interpretation of entropy, and the chapter on heat pumps and the carnot cycle.

I suspect the landau and lifshitz book is a better choice.