If you agree with the ennumerated statement, go to the next. If you agree with every statement it seems that I've proven perpetual motion.
1. Consider two unsupported weights of equal mass connected by cord. The cord runs over a pulley. They balance, no? There is no movement.
2. Now one weight rolls on a horizontal track leading up to the pulley. The free falling weight should be sufficient to move it the full length of the track, unless there is an obstruction to either of the weights. My experimentation confirms this.
3. Now the tracked weight runs up at a 45 degree angle, leading to the pulley. Since the tracked weight is partially supported by the track, the falling weight still should be sufficient to move it.
4. Now both weights are set on arced tracks fixed on top of see-saws. When one weight is pushed to the opposite end of its see-saw, a cord attached to the end of the see-saw running over a pulley should be sufficent to pull another tracked weight. Horiz --> Vert.
2006-10-06
14:07:43
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12 answers
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asked by
NathanCoppedge
6