Energy In A Skate Park

By Morgan Guttenberg 28 Sep 19:12
8 slides
2
Conclusion 1
3
Conclusion 11. The Potential Energy and the Kinetic Energy increases
2. The higher the POSITION of the skater, the more potential energy which is then transformed into kinetic energy
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Conclusion 1
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Conclusion 11. The total amount of energy does not change
2. The green bar that represents total energy is always the same height
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Conclusion 3
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Conclusion 3In this simulation, there is no friction to slow the skater down
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Conclusion 1
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Conclusion 1Some of the potential and kinetic energy is transformed into thermal energy due to friction. Eventually, the skateboarder stops due to friction.

Slides in Energy In A Skate Park

1. The Potential Energy and the Kinetic Energy increases 2. The higher the POSITION of the skater, the more potential energy which is then transformed into kinetic energy
1. The total amount of energy does not change 2. The green bar that represents total energy is always the same height
In this simulation, there is no friction to slow the skater down
Some of the potential and kinetic energy is transformed into thermal energy due to friction. Eventually, the skateboarder stops due to friction.
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