Partnered Output Coils - Free Energy

[EMJunkie]

      Answer:  NO

The reason I am saying "no" is because the magnetic field inside a transformer core will undergo exactly the same vector addition as previously discussed.

The magnetic filings test is real and true.  The magnetic filings line up with the magnetic field lines because they find their minimum MPE just as surely as a brick falls to the ground to find its minimum GPE.

You are a clueless uneducated guy pitching nonsense about electricity and magnetism.  You can't punch your way out of a wet paper bag.

Hahahaha - Yep, ok in your mind! Vector Addition (-1 + 1 = 0) Yes its called Superposition, hahaha never heard so much BullSh** in my life! Seems those that know how Lenz's Law works, actually disagrees with MileHigh

[EMJunkie]

TK - You faired Well: Congratulations!

[EMJunkie]

New Poll - To show I am fair and Just - This one is for me. Vote as you wish!

MileHigh, you're next BUDDY - Hahahaha gonna be good.

[tinman]

No.
The legend in the diagram directly states that this is the map of magnetic flux density in the crossection of the core.
Obviously red color indicates higher flux density and the blue color indicates lower flux density (B).

Still dosnt seem right. That seems to indicate that the outer perimeter has the highest flux density, and the inner part of the core (inner perimeter) has the lowest flux density. This is opposite to what it should be. One would think that the area of the core that is least, but has more turn overlap of wire, would have the highest flux density. The outer perimeter has muchmore core material, but less wire overlap. It seems to make sense that the outer perimeter of the core would then recieve less magnetic flux from the conducting wire. But going against all this, I believe the highest flux density would be in the center of the core.

Also, where is north and south field In a toroid?. If it dosnt have north or south, then is that a monopole field. If we look at a normal magnetic field, north and south is seen as a flow out\flow in, but here there is no flow out\flow in with a toroid.

[Pirate88179]

Still dosnt seem right. That seems to indicate that the outer perimeter has the highest flux density, and the inner part of the core (inner perimeter) has the lowest flux density. This is opposite to what it should be. One would think that the area of the core that is least, but has more turn overlap of wire, would have the highest flux density. The outer perimeter has muchmore core material, but less wire overlap. It seems to make sense that the outer perimeter of the core would then recieve less magnetic flux from the conducting wire. But going against all this, I believe the highest flux density would be in the center of the core.

Also, where is north and south field In a toroid?. If it dosnt have north or south, then is that a monopole field. If we look at a normal magnetic field, north and south is seen as a flow out\flow in, but here there is no flow out\flow in with a toroid.

Tinman:

Good observation.  In a toroidal electromagnet there are N/S poles right?  I don't see why there would not be in a toroid transformer type coil?  I never tried to check for this in any of my basic JT circuits but, I think the poles would be switching so fast, or at least the field would be collapsing on and off so fast, I might not be able to tell?

Bill