What's a Good Beginner's Physics Book?

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Discussion Overview

The discussion revolves around recommendations for beginner physics books suitable for university-level study. Participants explore various texts that provide a solid foundation in concepts such as gravitation, electricity, and magnetism, while considering the balance between conceptual understanding and mathematical rigor.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Homework-related

Main Points Raised

  • One participant seeks recommendations for physics books that offer a good intuition and understanding of fundamental topics.
  • Another participant suggests "Conceptual Physics" by Paul G. Hewitt for a primarily conceptual approach with some mathematics.
  • For a more mathematical focus, participants recommend "Physics vol. I" and "Physics vol. II" by Resnick, Halliday, and Krane, noting their division of topics into Mechanics and Magnetism/Electrostatics.
  • A participant expresses interest in a mix of conceptual understanding and algebraic manipulation, considering "University Physics" as it aligns with their upcoming coursework.
  • One participant notes that differences among common introductory physics texts are mostly stylistic and related to the sequence of topics, suggesting starting with the university's chosen textbook if calculus knowledge is present.
  • Alternative recommendations include "Cutnell and Johnson" for algebra-based physics, "Knight's book" for calculus-based physics, and "Physics of Everyday Phenomena" for a simpler conceptual introduction.
  • Another participant advises against "Halliday and Resnick," recommending "The Flying Circus of Physics" instead.

Areas of Agreement / Disagreement

Participants present multiple competing views on which physics books are most suitable for beginners, with no consensus reached on a single recommended text.

Contextual Notes

Participants express varying preferences for conceptual versus mathematical approaches, and some mention the importance of alignment with university coursework. There are also differing opinions on the effectiveness of specific textbooks.

Who May Find This Useful

Individuals preparing to study physics at the university level, particularly those seeking foundational texts that balance conceptual understanding with mathematical skills.

christian0710
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Hi,
I want to begin studying physics at university this summer, and I'd like to know. What is a good Physics basics books that will give me a good intuition and solid understanding of subjects such as gravitation, electricity, magnetism etc.? It's been a while since i studied physics in high school so i'd like to get up to speed with a good book.

Christian
 
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It really depends on how deep you want to dive into the Mathematics.
If you're seeking a textbook that is primarily conceptual with background mathematics, then look into Conceptual Physics 11th Ed. by Paul G. Hewitt.

If you're into the more mathematical aspect of physics, check out the following textbooks:

Physics vol. I by Resnick, Halliday and Krane, 5th Edition
Physics vol. II by Resnick, Halliday, and Krane, 5th edition

Vol I. focusses primarily on Mechanics whereas vol II. focusses primarily on Magnetism, Electrostatics, etc.
 
I'm quite interested in a mix of the conceptual and a book with a good background in algebraic manipulation for physics(I wan't to be ready for calculus by having a solid background)

I think the Physics by Resnick, looks interesting. It might be a big for me, if I was to read such a big book i might as well begin reading the physics textbook "university physics" since it's the book we will be reading at my university, but the again if it's really good it might give me a better understanding :)
 
There's not a lot of difference between the common university intro physics texts (Halliday/Resnick, et al.). The differences are mainly in style and the exact sequence of topics. If you already know which book you'll be using at university, you might as well start with that, assuming you know some calculus already.

Hewitt's book might be useful as a supplement or preliminary reading. You can get an idea of the concepts and general topics without getting bogged down in a lot of mathematical details. However, if you tend to become frustrated by gaps in explanations, or "hand-waving" to skip over mathematical details, then this might not be for you.
 
Cutnell and Johnson for algebra-based.

Knight's book for scientists and engineers for calc-based.

"Physics of Everyday Phenomena" for super-simple conceptual intro (it was my first).

Do not get Halliday and Resnick, just get The Flying Circus of Physics instead.
 

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