Find the acceleration at 4000rpm

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Homework Help Overview

The problem involves calculating the acceleration experienced at the end of a test tube in a laboratory centrifuge rotating at 4000 rpm. The test tube is positioned 10 cm from the axis of rotation, and there is uncertainty regarding the interpretation of the given distance.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • Participants discuss the need for an appropriate equation to calculate acceleration in circular motion and question the interpretation of the distance provided. There is mention of looking into circular motion concepts for guidance.

Discussion Status

Some participants have suggested looking into textbooks for examples related to circular motion, while others express difficulty in finding relevant information. A specific equation has been mentioned, but there is no consensus on the approach to take or the interpretation of the problem.

Contextual Notes

There is a mention of the original poster not being in school and lacking access to a textbook example, which may limit their resources for solving the problem. The interpretation of the 10 cm distance as a radius is also under discussion.

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Homework Statement


A typical laboratory centrifuge rotates at 4000 rpm. Test tubes have to be placed into a centrifuge very carefully because of the very large accelerations.What is the acceleration at the end of a test tube that is 10 cm from the axis of rotation?

Homework Equations


No Clue


The Attempt at a Solution


I know that the 10cm we are given isn't a radius, so i have no idea where we are to start.
 
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If you're in school, and have a textbook, i would suggest looking into Circular Motion and Gravitation, my textbook even has an example of the question your asking.
 
In not at school, my textbook doesn't have an example of it, i just need an equation for the work.
 
Your textbook would have an example. Your probably not looking in the right place. I'll give you a jumpstart. You need this equation to solve it. a=rw^2. you should be able to figure the rest out.
 

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