SMOT TEST- can someone do this?

[hansvonlieven]

That proves it doesn't it, if it does not impart extra energy downhill it will not do it uphill either. There is no net gain in a SMOT.

QED

Hans von Lieven

[The Eskimo Quinn]

actually no, i suppose I am actually going to have to teach you how to beat newton with one of your own devices to prove the point, one that I can kick his ass six ways from sunday using a dozen different devices outside the accelerator and my own PM machine.

The down hill device creates a garb point at passing slowing the ball, the uphill device has a wall, or final grab point.

If you want the smot to work and have perpetual motion, it is simple, the error is placement of the magnet under the track, one it provides little magnetic pull, directly in front is the perfect placement, so how doe the ball get past??

simple the magnet is perfect line with the track suspended in space past the point of the hill so the ball can be pulled up the hill to the magnet, as the ball just passes the crest it passes a electric light beam like a shop door entry and shuts off the electro magnet so the ball can fall, passing a paddle rotor like a hydro generator to power the magnet along to the base of the next smot on a circular track

I gave you this as I don't believe it can easily be used on a large commercial scale for electricity, nor be built by the average homeowner to power his house as mine will.

have a nice day.

[The Eskimo Quinn]

I should note that the perfect design for this is not drag, but momentum, you should start the ball at the top of one hill, and where the momentum stop the ball, go back 5 percent of the length of the track, and that should be the catch point of you magnetic field. the easiest way is to get a good electromagnet and play with various ball sizes, rather than try to alter the magnet unless you own a a power controller. This saves changing too much, an old hotwheels set should be sufficient to get you test results before spending any large dollars.

As for magnetic pull, there are now electromagnets 1.5 volts that will hold 500 pounds, i kid you not, from a double a battery, imagine the power from a 500 pound steel ball falling, however do not be confused with holding power as opposed to field and pull, albeit that a drop and elevator machine could be built from such a magnet. I will try to find the link tonight for the 1.5 volt magnet 500 pound hold just for interest sake or differing experiments.

[acp]

Hans,

Comparing the two videos, the one with the smot in place, the ball rolls further up the ramp than the vid where the smot is not in place. 

[The Eskimo Quinn]

can't seem to find the link from last year, but this one is alomst identical and uses 3 volts DC to lift the 500 pounds. Hope it helps your designs

http://www.coolmagnetman.com/magelect.htm