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Perpetual Motion Machine. Magnetism & Gravity.

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Willi On August 21, 2018




northinmind,
#16New Post! Jul 04, 2012 @ 19:45:15
@sAeGeSpAeNe Said

The wearing of horizontal stripes. They make you look fat.



sAeGeSpAeNe On October 05, 2021
Part-time Nidologist





The other Bristol..., Connecti
#17New Post! Jul 04, 2012 @ 19:47:51
@Willi Said




I also made a serious effort to respond!
boxerdc On December 18, 2012

Deleted



,
#18New Post! Jul 04, 2012 @ 19:52:49
@Willi Said

if the magnetic field is holding the ball, how can the wheel be heavier on one side?


It's not that the wheel is heavier.. it's that the ball is being held up by the magnet, and gravity is pulling it downward... so in essence the ball is always falling.

But sooner or later friction will win, and the ball will stop falling because it's stuck to the wheel.
Willi On August 21, 2018




northinmind,
#19New Post! Jul 04, 2012 @ 19:54:57
@sAeGeSpAeNe Said

The wearing of horizontal stripes. They make you look fat.

Technically, the holder of the magnet, and the magnet itself, must be fixed, so that no movement is possible. That is not the case, and the slight variations in the flux-field, brought about by imperceptable finger movement, could be enough to compensate for friction and drag between the small ball and the larger wheel, giving the illusion of perpetual motion....



@sAeGeSpAeNe Said

I also made a serious effort to respond!



sorry, i missed your edit.

same as the V track wrapped in a circle where the guy shows that he is moving the magnet?
Willi On August 21, 2018




northinmind,
#20New Post! Jul 04, 2012 @ 19:57:19
@boxerdc Said

It's not that the wheel is heavier.. it's that the ball is being held up by the magnet, and gravity is pulling it downward... so in essence the ball is always falling.

But sooner or later friction will win, and the ball will stop falling because it's stuck to the wheel.



how is the magnetic field not doing the same as a string above the wheel holding the weight?
JR_Sanford On August 02, 2017




Portland (St. Johns), Oregon
#21New Post! Jul 04, 2012 @ 20:26:15
@boxerdc Said

Unless the ball and the wheel are perfect down to the atomic level sooner or later friction will win, and the wheel will stop.


The ball could be rubber coated. The magnet could be an electromagnet that could be charged by the revolution of the wheel. The issue being that the ball, wheel, magnet, car, passengers have so much mass that the ball and wheel would have to be giant and impracticable.

J.R.
Willi On August 21, 2018




northinmind,
#22New Post! Jul 04, 2012 @ 20:46:14
@JR_Sanford Said

The ball could be rubber coated. The magnet could be an electromagnet that could be charged by the revolution of the wheel. The issue being that the ball, wheel, magnet, car, passengers have so much mass that the ball and wheel would have to be giant and impracticable.

J.R.



i don't think it works.
that thing has a small motor built into the A frame.
check this out.

Perpetual motion machines (hypothetical )
wirelessguru1 On November 01, 2018




Somewhere in, California
#23New Post! Jul 04, 2012 @ 21:05:08
@Willi Said

i was wondering if there is a rubberband drive belt inside the A frame, a small motor under it.
if it works, why ain't it being used for real?


Well, you can always make one of those machines since no one is stopping you from doing it...
wirelessguru1 On November 01, 2018




Somewhere in, California
#24New Post! Jul 04, 2012 @ 21:09:53
@twilitezone911 Said

i was hoping to see a little mouse on the wheel or least a hamster, that would pretty cool! willi - seriously, the closer the magnet got to the wheel, two things would happen. 1. the wheel would turn backwards instead forward. or 2. the magnet in the boy's hand would push away from the wheel. the magnet would repels the wheel, not attract it.


Look, the magnet can always be bolted...and the wheel is turning as a "reaction" to the ball being both attracted by the magnet while also trying to fall by gravity at the same time, so the ball rotates in one direction and the wheel turns in the other...
wirelessguru1 On November 01, 2018




Somewhere in, California
#25New Post! Jul 04, 2012 @ 21:12:11
@Willi Said

i'm not convinced it works.
the magnetic field holding the ball up should be the same as me holding a small axle, with spinnable wheel inside a bigger wheel, shouldn't it?


Dude, you saw it working on the video and you're still not convinced!?
Willi On August 21, 2018




northinmind,
#26New Post! Jul 04, 2012 @ 21:13:08
@wirelessguru1 Said

Well, you can always make one of those machines since no one is stopping you from doing it...


no need, i have an imagination.

@wirelessguru1 Said

Look, the magnet can always be bolted...and the wheel is turning as a "reaction" to the ball being both attracted by the magnet while also trying to fall by gravity at the same time, so the ball rotates in one direction and the wheel turns in the other...



how is the magnet not like a string?
it woun't work.
wirelessguru1 On November 01, 2018




Somewhere in, California
#27New Post! Jul 04, 2012 @ 21:13:48
@Willi Said

if the magnetic field is holding the ball, how can the wheel be heavier on one side?


It is due to the weight of the ball!!!
Willi On August 21, 2018




northinmind,
#28New Post! Jul 04, 2012 @ 21:14:18
@wirelessguru1 Said

Dude, you saw it working on the video and you're still not convinced!?





HELLO!!! WAKE UP
Willi On August 21, 2018




northinmind,
#29New Post! Jul 04, 2012 @ 21:16:26
@wirelessguru1 Said

It is due to the weight of the ball!!!



the balls weight is being held up by the magnetic field.
the weight therefor can not be falling.
wirelessguru1 On November 01, 2018




Somewhere in, California
#30New Post! Jul 04, 2012 @ 21:16:33
@Willi Said

no need, i have an imagination.


It seems to me that your imagination is scrambled!


@Willi Said

how is the magnet not like a string?
it woun't work.


Because it is "wireless"...
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