Book for introductory Modern Physics?

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Discussion Overview

The discussion revolves around finding a suitable textbook for a second-year undergraduate course in modern physics, which includes topics such as atomic and nuclear physics, relativity, space physics, and elementary particle physics. The focus is on identifying resources that align with the course's mathematical requirements and content coverage.

Discussion Character

  • Homework-related
  • Technical explanation

Main Points Raised

  • One participant inquires about the specific textbook that will be used for the course.
  • Another participant mentions that the course description indicates a significant amount of mathematics, suggesting that calculus, linear algebra, and differential equations may be involved.
  • A participant shares their experience teaching a similar course using the textbook by Taylor and notes that Krane may also be a relevant option, while mentioning that Beiser's book is no longer in print.
  • It is suggested that checking with the college's bookstore could provide information on the textbook orders for the course.

Areas of Agreement / Disagreement

Participants do not reach a consensus on a specific textbook, and multiple suggestions are presented without agreement on which is the best choice.

Contextual Notes

The discussion does not clarify the specific mathematical content or how it relates to the textbooks mentioned, leaving some assumptions about the course's requirements unaddressed.

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This is for a 2nd year undergraduate course at community college. The course description says it covers: atomic and nuclear physics, relativity, space physics, and elementary particle physics.

Which book would help me through this course?
 
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Do you know which book the course is going to use?
 
No, but I've sent an e-mail to the Physics department head. The course description also says that there is considerable mathematics used, and the pre-requisite for this course is Calculus III and Calculus Physics III, so I'm going to presume that it uses a lot of Calculus and maybe Linear Algebra/Differential Equations?
 
I posted a couple of links in an earlier thread:

https://www.physicsforums.com/showthread.php?p=3876321#post3876321

I've taught a course like yours from Taylor. I haven't used Krane, but it seems to cover similar territory. Before I used Taylor, I used Beiser, but that book doesn't seem to be in print any more.

Another way to find out which book your course will use is to ask your college's bookstore. Even if they don't have it on their shelves yet, they should have gotten book orders for fall from course instructors at least a couple of months ago.
 

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