Pendulum Power, Free Energy

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Uploaded by on Apr 12, 2011

Falling weight moves second weight greater distance.

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Uploader Comments (ToemanX)

  • Newtons cradle is a textbook example of an ELASTIC collision. Using hardened tool steel you can achieve a coefficient of restitution in the high 9's

    If you wish to see an inelastic collision subsutute dumplings for the steel balls

  • @KirkMcLoren Are you drunk?

  • One thing I noticed is when you lifted the one on the left all three moved.

  • @g11690102 Yes that's true but I'm not sure what your point is. Both side magnets are

    pushing on the center magnet. When I lift one side the three magnets are no longer

    balanced. The center and right magnets push away from each other causing them to

    move.

  • However you use the energy of the middle magnet, if there was more energy from it than what would be required to keep the outer magnets moving then whatever that difference was could be used for anything. I would like to know if you've expanded your model since this video was made.

  • @7F0X7 I am still experimenting with the original device. I am trying the best way to

    extract energy from the swinging magnets while allowing them to swing as long as

    possible.

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  • Ok this is what I see. Yours /|\ newtons ||| so when you / /\ make sense?

  • Try a newtons craddle that has the end balls leaning on the center ones. The dynamics will change. Try it with just 3 balls and see if one leaves while the other 2 shift to the center of mass.

  • i have an idea it may work .if you are interested let me know

  • @MillionthUsername My device does use a type of magnetic leverage but that is not a

    bad thing. My lifting the first magnetic pendulum does add work to the system but I

    insist I am getting much more work out of the movement of the three magnets than I put in.

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