Harmonic Motion and The Coriolis Effect

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Homework Help Overview

The discussion revolves around the relationship between the Coriolis effect and simple harmonic motion, particularly in the context of a pendulum swinging over a sand pit and leaving trails. The original poster is exploring how Earth's rotation may influence the pendulum's motion and is seeking clarification on the Coriolis effect and its implications.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • The original poster attempts to understand the Coriolis effect and its relevance to the pendulum's motion, posing several questions about its definition and application to Earth's rotation. Participants suggest researching Foucault's pendulum as a related concept and mention the need for a rotating frame of reference.

Discussion Status

The discussion is active, with participants providing suggestions for further research and clarification. There is an ongoing exploration of concepts related to the Coriolis effect and its connection to simple harmonic motion, but no consensus has been reached on the original poster's questions.

Contextual Notes

The original poster is working on a physics project and is looking for background information and project ideas related to simple harmonic motion and other physics topics. There is an indication of a need for a physical demonstration and a program to visualize the concepts discussed.

savedbynails
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I think that this is the proper place for this, but move it if I'm wrong.

I'm conducting a physics project that has to do with what I think is the coriolis effect and simple harmonic motion. If a free swinging pendulum is let swing from a point over a level sand pit, as it swings, it will leave trails in the sand. But the trails are not a linear, back and forth motion. The pendulum swings back and forth within a circlular pattern, making equal periods as it swings. I'm pretty sure this has something to do with Earth's rotation, but I am not sure what.

Questions
1: What exactly is the coriolis effect?
2: Is the coriolis effect making the pendulum swing in a circle?
3: From what i can find, the coriolis effect has nothing to do with Earth's rotation directly, but a rotating frame of reference. Is this applicable to Earth's rotation?
4: Is there any background information that would be cool to apply or include in this presentation?
5: Any other cool project ideas that have something to do with simple harmonic motion would be appreciated.

Thanks,
-savedbynails

Oh, BTW, I'm also looking into doing an almost completely computer-generated presentation on something to do with either Time dialation, plasma, nuclear physics, or something neat with sub-atomic particles. Any ideas for this would also be greatly appreciated.
 
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i recommend searching google for what is known as a foucalut pendulum
any classical mechanics text will show u all u need to know about this
its sort of tricky as u have to have rotating frame of reference
see http://en.wikipedia.org/wiki/Coriolis_effect
cheers
nate
 
valtorEN said:
i recommend searching google for what is known as a foucalut pendulum
any classical mechanics text will show u all u need to know about this
its sort of tricky as u have to have rotating frame of reference
see http://en.wikipedia.org/wiki/Coriolis_effect
cheers
nate


Gotta love Wikipedia. :)

thanks nate,
-Sean
 
okay, I am trying to write a program to display a foucalut's pendulum. That covers a physical demonstration. I'm going to talk about what it is and what it shows. But...

I need to answer some sort of question... HELP!
 

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