Explaining a Physics Phenomenon with a Snowy Photo

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Homework Help Overview

The original poster discusses a physics contest requiring an explanation of a photo depicting snow accumulation on a play set. The scenario involves wet snow sliding down and forming a shape that the poster describes as parabolic.

Discussion Character

  • Exploratory, Conceptual clarification, Problem interpretation

Approaches and Questions Raised

  • The original poster attempts to relate the phenomenon to forces such as normal force and weight, questioning the accuracy of their reasoning and seeking additional forces to consider. Other participants suggest a different geometric interpretation, prompting further inquiry into the nature of the shape formed by the snow.

Discussion Status

The discussion is active, with participants exploring different interpretations of the shape created by the snow. Some guidance has been offered regarding the geometric description, but there is no explicit consensus on the explanation or the forces involved.

Contextual Notes

The original poster is working within the constraints of a homework assignment, seeking to accurately describe a physical phenomenon based on their observation and understanding of forces at play.

Jstuff
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Homework Statement



I have to submit a photo for a physics contest. I was thinking of using the picture in the attached, but I'm having trouble trying to figure out how to explain it in terms of physics. The background on the picture is: We had a very wet snow and as the snow built up on top it got to heavy and slid down the side of the play set but it stopped and created and sort of parabolic arch with supporting the middle. ( See attached picture.)


The Attempt at a Solution



I was thinking I could say as the snow accumulated on top of the play set the normal force was eventually exceeded by weight of the snow. As it was sliding down the frictional forces slowed it to a slow enough pace that the snow froze in place.
Is there anything wrong with this statement? Also, are there any other forces I should take into account?
Thanks in advance!
 

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Not quite parabolic, try hyperbolic!
 
Thanks, but why exactly? Also, does anyone have any other ideas?
 
Well, I could derive why it produces a hyperbolic cosine here, if you like? With regards to a qualitative explanation, I'm sure someone else can provide a clearer answer than myself.
 

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