1st year Undergraduate Grad Physics books

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Discussion Overview

The discussion centers around recommendations for first-year undergraduate physics textbooks suitable for a mathematics student preparing for physics modules. The topics of interest include Astronomy, Quantum Phenomena, Particle Physics, Waves, Electricity and Magnetism, Classical Mechanics, and Relativity. Participants seek suggestions for books that may provide a deeper understanding than typical first-year courses.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • One participant suggests Young & Freedman's University Physics as a comprehensive resource covering all required topics.
  • Other participants recommend additional texts, including the Feynman Lectures on Physics, Griffith's book on electrodynamics, Taylor's Mechanics, and Schroeder's Thermal Physics.
  • There is a question regarding whether the recommended books go beyond first-year content and if they include practice problems.
  • Responses indicate that the suggested books are indeed more advanced, with the Feynman Lectures being aimed at high-achieving students and the other texts designed for upper-division sequences but still covering introductory topics at a mature level.
  • It is noted that these books contain a wide range of problems, from basic to very challenging.
  • A participant highlights that Taylor's Classical Mechanics includes special relativity, which is seen as a positive aspect.

Areas of Agreement / Disagreement

Participants generally agree that the recommended books exceed first-year level content and provide ample problem sets, but there is no consensus on which book is the best fit for the original poster's needs.

Contextual Notes

Some participants express uncertainty about the appropriateness of the suggested texts for someone transitioning from mathematics to physics, particularly regarding the depth and complexity of the material.

ltjrpliskin
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Hey guys, I am a maths student going onto second year. I wanted to take some physics modules but I'd need some 1st year physics pre-requisites. The topics I need to learn over the summer are:

Astronomy
Quantum Phenomena
Particle Physics
Waves
Electricity and Magnetism
Classical Mechanics and Relativity

The recommended book by the university is Young & Freedman's University Physics (covers all the above topics), but I was wondering if you could give me other suggestions? I am really into physics so something that would go deeper than a 1st year course would also be fine.

Thank you in advance! :)
 
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Feynman Lectures on Physics

Griffith's book on electrodynamics

Taylor, Mechanics

Schroeder, Thermal Physics
 
Jorriss said:
Feynman Lectures on Physics

Griffith's book on electrodynamics

Taylor, Mechanics

Schroeder, Thermal Physics

Thank you! Would these go beyond the first year since they are dedicated to a specific topic? And do they have lots of questions to practice on too? :)
 
ltjrpliskin said:
Thank you! Would these go beyond the first year since they are dedicated to a specific topic? And do they have lots of questions to practice on too? :)
They all go beyond a first year.

The feynman lectures are lectures for an intro course aimed at the very best at Caltech. That means they are freshman topics at a very high level.

Taylor, Griffiths and Schroeder are all designed for UD sequences but they cover intro topics too but at a mature level so, if you pick and choose what to read, it's approachable if you know some calculus and such.

They have tons of problems ranging from plug-n-chug to very, very challenging.
 
Jorriss said:
They all go beyond a first year.

The feynman lectures are lectures for an intro course aimed at the very best at Caltech. That means they are freshman topics at a very high level.

Taylor, Griffiths and Schroeder are all designed for UD sequences but they cover intro topics too but at a mature level so, if you pick and choose what to read, it's approachable if you know some calculus and such.

They have tons of problems ranging from plug-n-chug to very, very challenging.

I just checked the contents page on Taylor's Classical Mechanics... it has special relativity in it which is awesome! :)
 

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