Preparing for Physics Qualifying Exams

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Discussion Overview

The discussion revolves around strategies for preparing for physics qualifying exams, focusing on the effectiveness of memorizing equations versus understanding their derivations. Participants share their experiences and methods for study preparation, including the importance of practice problems and resources available for review.

Discussion Character

  • Exploratory
  • Debate/contested
  • Homework-related

Main Points Raised

  • Some participants suggest that memorizing key equations is important, while others argue that understanding the derivations is more beneficial for grasping the underlying concepts and limitations.
  • One participant emphasizes the necessity of practicing a large number of problems as a primary method of preparation.
  • Another participant shares their experience of dedicating extensive hours to solving qualifying problems, indicating that this approach was effective for them.
  • There is a mention of the availability of old qualifying exams as a valuable resource for practice, with a suggestion to focus on these rather than solely on textbooks.
  • Links to resources containing old qualifying exam questions are provided as potential study aids.

Areas of Agreement / Disagreement

Participants express differing views on the best approach to studying for qualifying exams, with no consensus reached on whether memorization or understanding derivations is more effective. The discussion remains unresolved regarding the optimal study methods.

Contextual Notes

Participants do not specify the exact nature of the qualifying exams or the specific content areas they cover, leaving some assumptions about the relevance of their strategies and resources unaddressed.

Who May Find This Useful

Students preparing for physics qualifying exams, educators looking for insights on exam preparation strategies, and individuals interested in study techniques for advanced physics topics.

buffordboy23
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This monster will be here soon enough. I know that reviewing past exams and previous coursework is an obvious method, but what about memorizing the content, such key equations? I see that there are a couple different ideas: (1) memorize the important equations, or (2) memorize the derivations of the equations. The second method seems best, because you understand the approximations and limitations imposed on the resultant equations. Do you guys (or girls) think the second method is feasible, or needed to perform well? How have you guys approached this aspect of the preparation?
 
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I have never seen a qualifying exam where (1) would be enough to pass. (2) is more likely to help.
 
Practice, practice, practice. I did about 1000 problems in the year before my qualifiers. I aced them after all was said and done.
 
Gotta agree with Dr. Transport and Vanadium 50. Really the best way to study for the qual is to do as many practice problems as humanly possible, and maybe read a few pages out of the textbooks if you really have to. Last summer when I was studying, I basically came into the office at 9 am, and did qual problems until 5 or 6 pm (my advisor was nice enough to pay me anyway). I think the only derivation I ever memorized was the one for the first order energy perturbation in quantum mechanics, and even then it was because there was a practice problem on it.

Does your department give you access to old qualifying exams? If so, that's really the only major tool you need. Your books from undergrad might be helpful too, but I wouldn't waste too much time on that.
 

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