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Magnetic Launcher

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Uploaded by on May 23, 2007

gilles.charles@univ-orleans.fr
Tests and experiment with my magnetic ramp

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Film & Animation

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Standard YouTube License

  • likes, 36 dislikes

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  • You are not right. The ball doesn't have constant speed, it has constant acceleration. So  V = 2.14 m/s (and acceleration a=12.12). So the energy must be multiplied by 4.

    And WTF the mass is 1.5*10^(-5)? May be you meant it weights 150 g = 1.5^(-2) kg?

    But the video is interesting =D

  • try lubricate the path the ball goes

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  • @Xblow23 speed is measured by distance divided by the total time needed for this distance or u=x/t were u=speed,x=distance,t=time in S.I u is meters per second (m/s) thus x is in meters and t in seconds.

    the total energy Etotal of the ball equals to the sum of its kineric energy K + its dynamic energy U or Etotal=K+U => Etotal=1/2m*u^2+1/2Dx^2 wereD a constand though at the beging of movement speed u=umax and the dynamik energy equals to 0

    also this small sphere could be 1.5*10^-5 kgr

  • Try to take video at least with 60 fps. Put ruler under the ball. Then you can measure position at defferent frames. Ecah frame @60fps has about 15 ms. So you should be able get Position(time), speed(time) and you will get acceleration. Very intresting launcher!!

  • 0:40 four* ?

  • @mysql0 "I wasn't responding to your joke...

    I was responding to your logically flawed and incorrect comment trying to imply that this invention is useless."

    Oh, you mean his joke?

  • @FlipJick using this magnetic design you can generate massive amounts of energy with little cost it appears. more use than smacking a credit card.

  • now make this 100x bigger and see what it can do

  • but i think we didnt see the ball going down the rail enough...

  • dat is so coul

  • 3:03

    Screw gravity!

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