On both sides of the pendulum are magnets at the top of the upward swing.A pendulum under no power will tend to decelerate to stop center bottom of swing, or if the magnet is strong enough, freeze at the top of the swing on either side. A Super Ball bounces really high with a little bounce. Some people say that it gives more kinetic energy than is put into it. Since that would defy the Laws of Physics, I prefer to think that it gives nearly 100% kinetic return, or as close to maximum kinetic return possible with our knowledge. You must start the pendulum to give it momentum.As the pendulum nears the height of the magnet, it gathers momentum from the magnet draw. The pendulum wand strikes a Super Ball before arriving at the magnets height. Its kinetic energy is instantly reversed, and it swings downward, escaping magnet ones magnetic draw instantaneously. On the upward swing towards magnet 2, momentum builds as the pendulum enters magnet 2s sphere of influence. The pendulum wand strikes Super Ball 2.Its kinetic energy is instantly reversed... Repeat. Inside of a vacuum, THE PERPETUAL PENDULUMshould theoretically swing perpetually. Im sure you see flaws. I LOVE constructive criticism. TWITTER: @BStubblefiel Cant put the D.someone else has it.
Posted on: Wed, 26 Mar 2014 21:28:41 +0000
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