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quantknight
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How much is it difficult for a person to write Gre subject tests mathematics and physics without mathematics and physics background? How long should they prepare?
jasonRF said:quantknight,
I thought you were going to apply for computational science masters programs,
https://www.physicsforums.com/threa...e-for-a-computational-science-masters.919238/
Have you looked into the admissions requirements for such programs? Do they really require subject tests in physics and mathematics? I would be surprised if such programs required even one of those tests, let alone both. In any case, listen to Vanadium 50. He knows what he is talking about. You should apply only to those programs that do not require the math and/or physics subject tests. Given your undergrad is in computer science, I suspect testing requirements will not limit your options at all.
jason
Probably not. Think about it. These tests are intended to give some measure of how much math and physics you know for admission into graduate school. You've barely taken any math and physics and are asking if you can learn in a few months what others spend four years learning. If it were that easy, why bother with undergraduate education at all?quantknight said:I have studied calculus 1&2, and have studied physics in senior school. if I start preparing for both subjects from now for the test of next year October, can I get a decent score?
The GRE (Graduate Record Examination) for mathematics and physics is a standardized test used by graduate schools to evaluate applicants for advanced degrees in these fields. It measures quantitative reasoning, analytical writing, and verbal reasoning skills.
The GRE for mathematics and physics consists of two sections: a quantitative reasoning section and a subject test in either mathematics or physics. The quantitative reasoning section contains 40 multiple-choice questions and the subject test contains 100 multiple-choice questions.
The quantitative reasoning section of the GRE for mathematics and physics is scored on a scale of 130-170, with 1-point increments. The subject test is scored on a scale of 200-990, with 10-point increments. Both scores are reported as percentiles, indicating the percentage of test-takers that scored below you.
To prepare for the GRE for mathematics and physics, it is important to review fundamental concepts in mathematics and physics, as well as practice solving problems under timed conditions. There are also study materials and practice tests available online and through test preparation companies.
The importance of the GRE for mathematics and physics varies among graduate schools. Some schools may weigh the GRE heavily in their admissions decisions, while others may place more emphasis on other components such as letters of recommendation and research experience. It is important to research the specific requirements and expectations of the schools you are applying to.