How does Perendev's motor work?

[jimhitt]

You're kidding, right?

Yep, all he (or anyone) has to do, to make a perpetual motion free energy machine, is to get a damn SMOT to close the loop. That's all. It's so simple.

And impossible, but we won't let a little thing like that stop us from buying a whole lot more magnets, will we.

OK explain it to me hero.  Why is it impossible?  I'm so dense I just can't get it.  I just blew up hydrogen in physics I should have paid more attention.  Could you finish my lessons for me.  Enlighten me.

[Low-Q]

I believe a better use of magnets would be to make a frictionless bearing.
A flywheel mounted into such a bearing could keep spinning for a very long time.

Frictionless bearings has nothing to do with OU. If you manage to make an OU device, frictionless bearings are not essential to make that device to work. And what is the point with a spinning flywheel if it cannot run forever, or cannot accelerate, WITH load such as friction, a generator etc.?

br.

Vidar

[Low-Q]

OK explain it to me hero.  Why is it impossible?  I'm so dense I just can't get it.  I just blew up hydrogen in physics I should have paid more attention.  Could you finish my lessons for me.  Enlighten me.

Because magnetism is conservative. Energy is temporary. A given enery is just a temporary phenomenon - lasting for as long as there is a given potential difference equalizing over a given time.

Magnets can do work, but only if there is added a given potential difference over a given time in advance. From somewhere that energy must be taken. Electricity is a way to force magnets to do work.

Br.

Vidar

[jimhitt]

Because magnetism is conservative. Energy is temporary. A given enery is just a temporary phenomenon - lasting for as long as there is a given potential difference equalizing over a given time.

Magnets can do work, but only if there is added a given potential difference over a given time in advance. From somewhere that energy must be taken. Electricity is a way to force magnets to do work.

Ok so what about magnetic heaters made by Mueller, Adams, and Reed?  Reed's patent states that for roughly 70000 btu's input ie. 20.5 kilowatts he obtained 270,000 btu's heat output.  I made one and am making a second and they appear to produce 3 - 4 times more heat than possible by the necessary electrical input. 

So suspend conventional wisdom for a bit.  I also made a straight line Perendev type device using stator magents that were magnetized with poles on the sides instead of the ends.  It worked.  Everyone keeps trying to make a Perendev magnet motor based on repulsion and they run down.  The Howard Johnson motor was based on attraction and repulsion.  I'm not sure if he ever created a working model, but he did create straight line models.  It was granted a patent.  If the Perendev is also based upon attraction and repulsion, it becomes much more intuitively obvious why it would work and not run down

Look at the links under more info on this youtube video.   It may be BS but if you close your mind you are worse than us gullible fools. http://pesn.com/2006/02/10/9600233_Calloway_Magnet_Motor_Open_Source/perendev_calloway_variant_labeled_NScorrected_full.gif   
If you watch the first animation with the idea of the stator magnets having poles on the sides instead of the ends, it should get clearer for you.   http://www.youtube.com/watch?v=txYnzn1tGnA

[Liberty]

Because magnetism is conservative. Energy is temporary. A given enery is just a temporary phenomenon - lasting for as long as there is a given potential difference equalizing over a given time.

Magnets can do work, but only if there is added a given potential difference over a given time in advance. From somewhere that energy must be taken. Electricity is a way to force magnets to do work.

Br.

Vidar

"lasting for as long as there is a given potential difference equalizing over a given time."

Then one needs to make sure that there is always a potential difference in advance in their design of a motor.  External electrical power input is an easy way that can help do this as we are all familiar with, or previous work which is accomplished from magnets can perform this function when used in a properly designed motor.