I have to submit a physics project in my college

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SUMMARY

The discussion centers on selecting a physics project suitable for college submission, particularly utilizing satellite ephemeris data. Participants suggest various project ideas, including momentum exchange tethers, the physics of sports, and the Coriolis effect on sports in space. Other recommendations include studying the aerodynamics of Frisbees and biophysics related to elephant trunks. The consensus emphasizes the importance of choosing a project that appears well-researched and engaging.

PREREQUISITES
  • Understanding of satellite ephemeris data
  • Basic principles of physics related to momentum and forces
  • Familiarity with the Coriolis effect
  • Knowledge of aerodynamics and biophysics concepts
NEXT STEPS
  • Research the application of satellite ephemeris data in physics projects
  • Explore the physics of momentum exchange tethers
  • Investigate the Coriolis effect in sports scenarios
  • Study aerodynamics related to Frisbees and their mechanics
USEFUL FOR

Students in introductory physics courses, aspiring physicists, and anyone interested in practical applications of physics concepts in sports and space exploration.

mehul mahajan
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I have to submit a physics project in my college, is there any theory that can be proved, or any other similar thing using the ephemeris of a satellite? or any other good project idea that doesn't consume too much time.
 
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mehul mahajan said:
I have to submit a physics project in my college, is there any theory that can be proved, or any other similar thing using the ephemeris of a satellite? or any other good project idea that doesn't consume too much time.

I suspect this is the wrong question to ask. It is best to find something that looks like you spent a lot of time on it.

Is this an intro course or for a major? If you are majoring in physics why are you majoring on something that you do not want to spend time on?

If you like sports try momentum exchange tethers. Could also just study the physics of your favorite sport. You can also do sports in space. For example the effect of the Coriolis force for football in O'neal cylinders. If you like beer there is a lot physics in bubbles. Froth freezing into foam has implications for the surfaces of exoplanets and moons. Or you could make a model of what happens if you open a Champlain bottle on the international space station.

Is there anything preventing you from asking your faculty advisor or the professor?
 
Yes, sports is a good area to investigate. I once saw a paper on Frisbie physics by Sarah Hummel. It covered the aerodynamics of frisbies and the body mechanics of throwing one along with simulation data all for a MS in Engineering.

There’s the Magnus force on a ball. It’s why baseball pitchers put spin n a ball to get Magnus force effects.

Some biophysics problems might interesting as well like how an elephants trunk,works.
 

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