Topics in Young & Friedman's University Physics

In summary, the person is working through a book called University Physics by Young & Freedman and is wondering if they can branch out into more advanced textbooks while still working on the introductory book. They are specifically interested in focusing on one topic at a time and want to know if the University Physics textbook would provide enough background for them to explore each topic in depth. They clarify that they are only talking about physics prerequisites and not math prerequisites. They appreciate any responses, especially from those who have read the textbooks. The suggested order for studying would be mechanics, electromagnetism, and then quantum mechanics. They also suggest looking at the classical wave equation and special relativity after finishing the sections on mechanics and electromagnetism.
  • #1
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I am working through the wonderful book called University physics by Young & Freedman, it’s seems like a thorough introductory textbook. My question is, instead of waiting till the end of the book to branch out into more advanced textbook that focus on mostly one topic for example classical mechanics, electromagnetism, quantum mechanics etc.

Would the book give me a good enough background to explore each topic in depth once I finish that chapter, given that I match the maths prerequisites. For example. Once I finish introductory mechanics and Newton’s laws Instead of moving on to the next chapter id like to start Taylor’s classical mechanics, another example would be once I finish the chapters on electromagnetism, could I pick up and get through Griffith’s electrodynamics. Same with the chapters on quantum mechanics in the university physics textbook. Would this be enough to give me the physics prerequisites for Griffiths intro to quantum mechanics.

I ask this because I would rather stick to one topic at a time and really hit it hard before moving on. I don’t want to forget a lot of the stuff I’ve learned that would have been a required prerequisite for the more advanced textbooks.

Please remember I am talking about physics prerequisites here not maths, I have always kept my maths way ahead of physics to make certain it can’t get in the way.

I would appreciate any response especially for those who have read the textbooks.

thank you!
 
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  • #2
I think you could do it. I would do them in the following order: mechanics, e&m, quantum. I would suggest looking at the classical wave equation after Young:mechanics and special relativity after Young:e&m.
 
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1. What is the main focus of "Topics in Young & Friedman's University Physics"?

The main focus of "Topics in Young & Friedman's University Physics" is to introduce students to the fundamental principles of physics, including mechanics, thermodynamics, electromagnetism, and optics.

2. Is this textbook suitable for college-level physics courses?

Yes, "Topics in Young & Friedman's University Physics" is specifically designed for college-level physics courses and covers the material typically taught in the first two years of undergraduate physics programs.

3. Does this textbook include real-world applications of physics concepts?

Yes, "Topics in Young & Friedman's University Physics" includes numerous real-world examples and applications throughout the text to help students see the relevance and practicality of the concepts they are learning.

4. Are there practice problems and exercises included in this textbook?

Yes, "Topics in Young & Friedman's University Physics" includes a variety of practice problems and exercises at the end of each chapter, along with detailed solutions in the back of the book to help students reinforce their understanding of the material.

5. Is this textbook suitable for self-study or is it best used in a classroom setting?

This textbook can be used for both self-study and in a classroom setting. The clear and concise explanations, along with the numerous examples and practice problems, make it a valuable resource for students studying on their own, but it can also serve as a comprehensive guide for instructors teaching a physics course.

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