The shape of an object affects it's free-fall density

AI Thread Summary
The shape of an object significantly influences its free-fall acceleration due to varying wind resistance. For instance, an egg and a Rubik's cube experience different drag forces during free fall, affecting their acceleration rates. To demonstrate this, calculations showing the differences in drag for various shapes are necessary. The discussion emphasizes the importance of quantifying these effects to support the argument. Ultimately, understanding how shape impacts free-fall dynamics is crucial for accurate physics analysis.
mufc4ever
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Homework Statement



Identify evidence that the shape of an object affects it's free-fall acceleration

Examples would help.

Homework Equations



N/A

The Attempt at a Solution



Wind resistance would be different for an egg as compared to a rubix cube
 
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mufc4ever said:
Wind resistance would be different for an egg as compared to a rubix cube

I'd think that they would want a bit more than this :biggrin: You'll have to show some calculations, I don't remember the equations right now (haven't done this in a long time) but you'd want to show that the drag would differ for bodies with different shapes.
 

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