Elementary Mechanics Special Lab Project

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Homework Help Overview

The discussion revolves around a university-level physics project focused on elementary mechanics, where participants are tasked with designing and presenting a unique experiment. The project emphasizes measuring physical quantities and comparing experimental results to theoretical predictions, incorporating error analysis and data processing techniques.

Discussion Character

  • Exploratory, Conceptual clarification, Problem interpretation

Approaches and Questions Raised

  • Participants suggest various experimental ideas, including measuring fictitious forces in rotating systems and exploring buoyancy related to Archimedes' principle. There is a focus on utilizing advanced lab instruments and data processing software for accurate results.

Discussion Status

Several ideas for experiments have been proposed, and participants are engaging in a brainstorming process. There is an acknowledgment of the need for accuracy and the use of sophisticated equipment, but no consensus has been reached on a specific experiment yet.

Contextual Notes

Participants note that the project should not rely on domestic experiments and should utilize the available advanced lab instruments. There is an emphasis on the importance of accuracy and theoretical comparison in the project.

paalfis
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I don't know if this is the right forum to post this, please move it if it's not.

I am studying physics at university, and have to prepare a special research project in Lab 1 (Elementary mechanics) by my self and then present it to the rest of the group for a final grade in the course.

The type of experiments we do are mostly focused in measuring something (like K of a spring, speed of a mass, frecuency of oscilation, etc) and comparing it to what the theory says about it, by applying error theory to our results (another focus of the course is in learning to use algorithms like linear regression, chi-square, etc.)
Now we have to prepare an experiment of our own, and then present results (comparing them to what theory predicts for the case), any cool idea?

Some examples may be for example, measuring ficticious forces in a rotating system (hard to put in practice), approaching the value of the acceleration of gravity by some cool method, etc.

Thanks!
 
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paalfis said:
Some examples may be for example, measuring ficticious forces in a rotating system (hard to put in practice), approaching the value of the acceleration of gravity by some cool method, etc.

I think you already have some interesting ideas here. For studying motion of different kinds, a video camera of some sort with a known frame rate could come in very handy. Another idea would be to try to study buoyancy or similar things related to Archimedes' principle - this let's you play around with a scale and different fluids in the kitchen, which is never dull. Just putting some ideas out there...
 
Orodruin said:
I think you already have some interesting ideas here. For studying motion of different kinds, a video camera of some sort with a known frame rate could come in very handy. Another idea would be to try to study buoyancy or similar things related to Archimedes' principle - this let's you play around with a scale and different fluids in the kitchen, which is never dull. Just putting some ideas out there...

Thanks! Anyway, we do have a lot of very expensive lab instruments to use, the experiment should not be 'domestic' at all! It should be very accourate, but the idea of the experiment can be anything, we can use force sensors, position sensors (for studying motion), Origin or Matlab to process the data, DAQ systems, etc..
 
Look through the mechanics section of your Physics handbook for something that you find interesting.
 

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