Potential/conservation of energy

  • Thread starter kappcity06
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In summary, the conversation discusses a problem involving a rock sliding down a hill and the different types of energy involved in the process. The participants go over the equations and calculations needed to determine the initial potential energy, the energy lost to friction and converted into thermal energy, the final kinetic energy, and the resulting speed of the rock at the bottom of the hill. They also discuss the role of the coefficient of kinetic friction and how it affects the calculations.
  • #36
its ok 500 is correct length
 
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  • #37
i need to work on part c now
 
  • #38
kappcity06 said:
i need to work on part c now

you get part b now by drawing a triangle and use geometry and the 2 vectors you need to draw from the gravitational force ?

--> you now have [tex]E_{friction}[/tex] and you can go on with the energy balance i wrote down in one of my earliest replies.
 
  • #39
i got part c and d
thanks to all who hlepd i am really greatful
 

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