Topic: nothing (Read 723 times)
Take two independent wire loops and stack them on top of each other (not touching)
like this (perspective):
(-E) ----o----- (+E)
(+E) ----o----- (-E)
material: conductor with fixed protons and movable electrons.
Impossible. An ideal conductor cannot have a potential across it. An electric potential can only exist between two points if there is electrical resistance between those points. Maintaining that potential requires a constant power input. If the reasons for any of these points are not obvious, you need to go back to school.like this (perspective):
(-E) ----o----- (+E)
(+E) ----o----- (-E)
material: conductor with fixed protons and movable electrons.
The electric potential will be orbiting around part one loops in the positive x direction. Like potentials (both positive or both negative) will always be on opposite sides from each other. This is caused by charges orbiting in the +y and +z direction.
This is the point where I gave up even trying to make sense of what you're saying. Orbiting potentials? Anyone else want to take a stab at it?While I was at the bank waiting, someone entered my car and lifted keys from it.
You left your keys in your car? What kind of idiot are you? Well, I guess you're only an idiot if you make the same sort of mistake twice.He robbed me of my laptops and tried to set me up to get killed. The Toshiba laptop had 50,000 DTC on it at 2:30 pm on Aug 27th. The password is packed with it in the back pack.
Okay, now you're an idiot. 
Google Simple school girl motor
Yes you can have two motors, one acting as a generator, one as a motor, sharing fields, but you cant extract any power from the system
Its called a school girl circuit, because its so simple even a school girl could build it, its been around along time.
Yes you can have two motors, one acting as a generator, one as a motor, sharing fields, but you cant extract any power from the system
Its called a school girl circuit, because its so simple even a school girl could build it, its been around along time.
How hard did you hit your head on that wall?
I'm betting hard enough so that researchers should be looking in the wall for all that info.
How hard did you hit your head on that wall?
Stop smoking whatever you're on right now.
n/a
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