How Can We Solve GRE (Physics) Practice Problems Together?

In summary, a thread was suggested to contain problems and solutions for studying for the GRE. The first problem presented was calculating the probability that none of the N atoms of helium gas in a 1.0 cubic meter volume are in a $1\times 10^{-6}$ cubic meter volume of the container. The solution provided is (c) (1-10^{-6})^N, but it would be helpful to see the steps taken to arrive at this solution.
  • #1
dinunno
1
0
Hey, I think it would be beneficial for many if we started a thread that contained several problems (and hopefully solutions as well) that would be helpful in studying for the GRE. So, everyone, add a problem if you can (with solution!).
I'll go first:

Problem:
A sample of N atoms of helium gas is confined in a 1.0 cubic meter volume. The probability that none of the helium atoms is in a $1\times 10^{-6}$ cubic meter volume of the container is:
(a) 0
(b) (10^{-6})^N
(c) (1-10^{-6})^N
(d) 1-(10^{-6})^N
(e) 1


Solution:
(c)
 
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  • #2
It would be more helpful if you can show how You arrived at that solution. :biggrin:
 

FAQ: How Can We Solve GRE (Physics) Practice Problems Together?

What is the GRE physics practice problem?

The GRE (Graduate Record Examination) is a standardized test used for admissions into graduate schools in the United States. The GRE physics practice problems are a set of questions designed to assess the test-taker's knowledge and understanding of fundamental concepts in physics.

How many GRE physics practice problems are there?

The number of GRE physics practice problems varies depending on the source. However, a typical GRE physics practice test contains around 100 questions.

What topics are covered in GRE physics practice problems?

The GRE physics practice problems cover a wide range of topics, including classical mechanics, electromagnetism, thermodynamics, quantum mechanics, and optics. It is essential to have a good understanding of these topics to perform well on the GRE physics section.

Are there any resources for practicing GRE physics problems?

Yes, there are several resources available for practicing GRE physics problems. Some popular ones include official GRE practice tests, review books, and online practice questions. It is essential to use a variety of resources to get familiar with different types of questions and improve your problem-solving skills.

How should I approach GRE physics practice problems?

The key to success on the GRE physics section is to have a strong understanding of fundamental physics concepts and to practice regularly. It is crucial to read and understand the question carefully, use relevant equations and formulas, and show all your work to receive full credit. Additionally, it is essential to review your mistakes and focus on areas that need improvement.

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