What is the Thermal Energy Generated from Sliding Down a Curved Surface?

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The discussion centers on calculating the thermal energy generated from a person sliding down a curved surface. A 60kg individual starts from a height of 7.0 meters and reaches a speed of 2.8 m/s at the bottom, leading to a calculation of thermal energy due to friction, which was confirmed to be approximately 3880.8J. The thread also includes a separate inquiry about the coefficient of kinetic friction for a crate being pushed with a horizontal force, which was met with criticism for posting in the wrong thread. Participants emphasize the importance of creating separate threads for distinct questions to facilitate better assistance. The conversation highlights the challenges of understanding physics problems and the need for community support in academic struggles.
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I am stuck on this problem and I really need to figure it out or I will probably have to kill myself. Just saying. Also, I'm having the worst day of life, was fired from my job, and basically laughed at by my parents. Here is the problem:

A 60kg person starts from rest and slides down the curved surface from height of 7.0 meters. If the speed at the bottom is 2.8 m/s, find how much thermal energy due to friction was generated.

PLEASE HELP! THANK YOU IN ADVANCE.
 
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Oh, wait, I think I might have gotten the answer, does 3880.8J seem about right?
 
yeah, you got it right.
 
thank you, i really appreciate your help.
 
That seems correct.

- Warren
 
hey can u guys help me please
 
well the problem is
if you use a horizontalforce of 30.0N to slide a 12.0 kgwooden crate across a floor at a constant velocity, what is the coefficient of kinetic friction between the crate and the floor?
PLZ HELP ITS DUE TMRW THNX TO WHO EVER HELPS
 
why the hell did you post your question inside someone else's thread?
make your own thread, and show us what you've tried to do so far so we can help youi figure out where you went wrong.
 
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