What are the Best Strategies for Studying for the Physics GRE?

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SUMMARY

The discussion focuses on effective strategies for preparing for the Physics GRE, emphasizing the importance of utilizing Griffiths textbooks, specifically Griffiths' Electrodynamics and Quantum Mechanics. Participants recommend taking full-length practice tests under timed conditions to simulate the actual test environment, while also suggesting breaking down practice questions by subject to identify weaknesses. Key texts for additional study include Marion and Thornton for mechanics, Taylor and Wheeler for relativity, and Reif for statistical mechanics. The consensus is that mastering test-taking strategies is as crucial as understanding the physics content.

PREREQUISITES
  • Familiarity with Griffiths' Electrodynamics and Quantum Mechanics
  • Understanding of basic test-taking strategies
  • Knowledge of classical mechanics, relativity, and statistical mechanics
  • Experience with timed testing environments
NEXT STEPS
  • Review Griffiths' Electrodynamics and Quantum Mechanics thoroughly
  • Practice with the four public-domain Physics GRE tests under timed conditions
  • Study Marion and Thornton for classical mechanics concepts
  • Explore Taylor and Wheeler for relativity and Reif for statistical mechanics
USEFUL FOR

Students preparing for the Physics GRE, educators seeking effective study strategies, and anyone looking to enhance their physics knowledge and test-taking skills.

bjnartowt
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Hi all, I am going to take the Physics GRE, which I think is offered in October 2010. I have some questions:

1) Given that the GRE takes a noticeable amount of material from Griffiths-texts: I was wondering how much of Griffithe electrodynamics and Griffiths quantum I could skip while preparing...or if reading The Whole Book is the only adequate preparation. I have had a course using electrodynamics of Griffiths, but not quantum of Griffiths, so I was interested in what material out of quantum. However: electrodynamics-recommendations are handy too, so don't let those go untyped/unmentioned. (E.g., I'm guessing variation of parameters won't be on Physics GRE, but the conclusions it gives us about helium WILL be...?)

2) There are 4 public-domain physics GRE tests. Should I:
a) take the whole 100-question test, and simulate real-test-day conditions, OR
b) divy up the questions into subject-matter (e.g., give myself a "Classical Mechanics" test only) so I can better gauge my weaknesses in each field?

3) Griffiths quantum and griffiths electrodynamics are the standard tomes for Physics GRE fodder. Any standard tomes for mechanics (marion/thornton, taylor, or Morin's book?), relativity (Taylor/Wheeler), statistical mechanics/thermo (Reif ...?), and the other topics? I want a bare-minimum reading list...

thanks! bjn
 
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I was a big fan of trying to take the test under timed conditions.

Here is the thing: the Physics GRE requires an *immense* amount of test taking skill, aside from all of the physics knowledge. If you don't know a question, skip it. If your answer doesn't agree with one of the choices, skip it. DO NOT LOOK FOR YOUR ERRORS! First priority has to be seeing all of the questions.

Time flies when you are having fun...
 
Dont waste the practice test by thumbing through them. Take one under strict test conditions, then spend a few weeks studying on the concepts you got wrong and how you can improve. Then take another one under strict test conditions and repeat.

I think its very useful to take the test under test conditions, the more you do that the more familiar it will be when you take the real one.
 

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