Courses Landau Course of Theoretical Physics : Mechanics

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Landau's theoretical physics series is highly regarded, particularly for graduate-level study. Familiarity with multivariate calculus is essential for understanding the mathematics presented in the first book, as single-variable calculus alone is insufficient. While Goldstein's book offers more detail, Landau's series is praised for its clarity and straightforward approach to complex topics in physics, making it a valuable addition to any physics library. As readers progress through the series, knowledge of differential equations and vector calculus will also be necessary to fully grasp the material.
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This is the first book in Landau's theoretical physics series and I am wondering how it was, as I was thinking of buying it online. What kind of things must you already be familiar with going into this book? Furthermore, is an understanding of single variable calculus satisfactory for this book, or must you know more? Any responses would be much appreciated.

- Gau
 
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Landau's book is a graduate text. Multivariate calculus is necessary to understand the math in the text. The Landau series in general is an excellent series, I bought it for myself after I earned my PhD.
 
If you can't afford Goldstein's book,then Landau's one is okay.

Daniel.
 
I liked the book I used it for my graduate mechanics class. The Goldstein book I thought was more detailed but if you understand the topic the whole Landau series is a must have I feel in any physics library. = )
 
I used it for my upper-level undergraduate mechanics course. It's wonderful. If you want a clear, no-nonsense approach to physics, go for Landau. And that's not just his mechanics, also his fields, QM, QFT, statistical mechanics, ...
 
So once I learn multivar i'll be ok for all of the books, or do you need additional math as the books progress?
 
Differential equations,of course.Some vector calculus,too.

Daniel.
 
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