183_notes:angular_motivation

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183_notes:angular_motivation [2021/05/31 15:47] – [An Observation You Can Explain With Momentum and Energy] stumptyl183_notes:angular_motivation [2021/05/31 15:47] (current) – [An Observation You Can't Fully Explain] stumptyl
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 **This is an inelastic collision.** You have read how to [[183_notes:colliding_systems#inelastic_collisions|deal with this kind of collision]] and you can explain this observation relatively well with conservation of momentum and energy. **This is an inelastic collision.** You have read how to [[183_notes:colliding_systems#inelastic_collisions|deal with this kind of collision]] and you can explain this observation relatively well with conservation of momentum and energy.
  
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 Now, when the ball is caught, the person in the stool begins to rotate. There are a few other observations that you can make (depending on how much friction is in the bearings): Now, when the ball is caught, the person in the stool begins to rotate. There are a few other observations that you can make (depending on how much friction is in the bearings):
  
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  • Last modified: 2021/05/31 15:47
  • by stumptyl