Physics puzzle/problem books at the undergraduate/graduate level?

In summary, the conversation discusses the availability of advanced level puzzle books in physics and suggests some potential options such as the "Problems in Undergraduate Physics" series, the "Flying Circus of Physics" by Jearl Walker, previous Physics Olympiad problems, "Thinking Like a Physicist" and "Princeton Problems in Physics." The conversation also mentions the preference for books with solutions included.
  • #1
ergospherical
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Without trying to sound too wistful, back in school there was a good selection of miscellaneous problem books like Professor Povey's perplexing problems, 200 Puzzling physics problems, Irodov, Jaan Kalda and all the olympiad stuff, etc. Do there exist equivalents of these puzzle books aimed at a more advanced level of physics? The closest I've come across is probably the book of exercises for the Feynman lectures, but these are still nonetheless very textbook-like.
 
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  • #2
The flying circus of Physics by Jearl Walker, if you are looking for a book at introductory level. There are two editions available with the first having answers at the back and the second having answers immediately after questions which I dislike.

For advanced level, I recommend the four volumes of Problems in Undergradute Physics series. Solutions are included.
 
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  • #3
ergospherical said:
The closest I've come across is probably the book of exercises for the Feynman lectures, but these are still nonetheless very textbook-like.
Maybe some of the problems from previous Physics Olympiads would fit that?
 
  • #4
Previous year IPHO problems are a good source of difficult problems.
 
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  • #5
berkeman said:
Maybe some of the problems from previous Physics Olympiads would fit that?
In principle but I’ve gotten through most of these over the years! And I’m specifically looking for questions aimed at a higher age level.
 
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  • #6
ergospherical said:
Do there exist equivalents of these puzzle books aimed at a more advanced level of physics?
Other possibilities: "Thinking Like a Physicist"; ""Princeton Problems in Physics".
 
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FAQ: Physics puzzle/problem books at the undergraduate/graduate level?

What is the purpose of physics puzzle/problem books at the undergraduate/graduate level?

The purpose of these books is to challenge students to apply their knowledge of physics concepts and problem-solving skills to solve complex and creative puzzles or problems. It helps to develop critical thinking, analytical reasoning, and problem-solving abilities, which are essential skills for success in the field of physics.

How can physics puzzle/problem books benefit undergraduate/graduate students?

These books can benefit students by providing a fun and engaging way to review and reinforce their understanding of physics concepts. They also help to improve problem-solving skills and build confidence in tackling challenging problems. Additionally, these books can serve as a valuable resource for exam preparation and developing a deeper understanding of physics principles.

Are physics puzzle/problem books suitable for self-study or are they better used in a classroom setting?

Physics puzzle/problem books can be used for both self-study and in a classroom setting. They are designed to be self-contained and can be used as a supplement to a physics course or as a standalone resource for self-study. However, using these books in a classroom setting can also provide opportunities for collaboration and discussion among students, enhancing the learning experience.

What level of physics knowledge is required to use these puzzle/problem books?

These books are typically designed for students who have a solid understanding of introductory physics concepts and have completed at least one or two courses in physics. However, some books may also include introductory material to help students review and refresh their knowledge before diving into more challenging puzzles and problems.

Are there any specific skills or techniques that students should have before attempting these puzzles/problems?

While there are no specific skills or techniques required, having a strong foundation in algebra, trigonometry, and basic calculus can be helpful in solving physics puzzles and problems. It is also essential to have a good understanding of physics concepts and be able to apply them to various scenarios.

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