Partnered Output Coils - Free Energy

[gotoluc]

Great video Jeg
Could you go one further and place a load on the coil you used as the secondary in the last part of your video in stead of a dead short across the coil-say a 100 watt incandescent bulb-just so as we can see some useful work being done by the secondary coil,and that it is still attracted to the primary,and not repelled as the laws that be say it should be.

Cheers.

I was waiting for your comment on this one Brad as Jeg is using AC, switching coil connections and not showing how the input power is affected while doing these changes. So I didn't understand how it could compared to your original test suggestion?... but I'm always eager to learn something new

Hopefully Jeg can do the bulb load and show how it affects the input power

Luc

[poynt99]

A good example that shows that the magnetic flux must extrude out side of the core in order to produce an EMF in the secondary,as the conducting wire is around the outside of the core,and not within the core where the magnetic flux is said to be contained. If a transformer is said to be 90% efficient,then 90% of the magnetic flux induced by the primary coil must be cutting the secondary coil.

A number of posts back, I asked this question:

"And whenever there is a changing magnetic field, there is also a corresponding changing ______ field."

To help with your question, perhaps you or Mags could try filling in the blank. (Also, see this post above)

[tinman]

This is something that requires an Experiment:

Take a standard Transformer, E I, or a Toroidal whatever, doesn't matter.

Run up the input, from Mains or Audio Amp, doesn't matter.

Load the secondary...

Use a good Magnetic Detector, Compass, or decent Hall Probe, what ever, but not the rubbish ones...

You will find:


Not a Magnetic Field, not unless the Transformer is Saturated. Not in a Conventional Transformer anyway. Make a Gap in the E I Core then you can detect all the Magnetic Field you want...

   Chris Sykes
       hyiq.org

Really?

Quote faradays law: Any change in the magnetic environment of a coil of wire will cause a voltage (emf) to be "induced"(not electrical environment) in the coil. No matter how the change is produced, the voltage will be generated. The change could be produced by changing the magnetic field strength, moving a magnet toward or away from the coil, moving the coil into or out of the magnetic field, rotating the coil relative to the magnet, etc.

So the change in magnetic field strength(and thus magnetic flux) causes an EMF to be produced in a coil(loop) of conducting wire.

Enjoy.

https://www.youtube.com/watch?v=x-EuPGl8JjE

[EMJunkie]

Really?

Quote faradays law: Any change in the magnetic environment of a coil of wire will cause a voltage (emf) to be "induced"(not electrical environment) in the coil. No matter how the change is produced, the voltage will be generated. The change could be produced by changing the magnetic field strength, moving a magnet toward or away from the coil, moving the coil into or out of the magnetic field, rotating the coil relative to the magnet, etc.

So the change in magnetic field strength(and thus magnetic flux) causes an EMF to be produced in a coil(loop) of conducting wire.

Enjoy.

https://www.youtube.com/watch?v=x-EuPGl8JjE

@Tinman - You have your theory here, that's fine. I merely am trying to point out which has been studied and found over the course of some 184 Years of experiments.

Faraday in 1834 discovered Induction and formulated his works around what he found. He was right... Then Maxwell came along and changed it all around a bit, to include some more cool stuff... Then, sadly, Heavyside came along and destroyed it all... taking out all the cool stuff and leaving layman textbook rubbish...

I have tried to give you perhaps the best information on the subject of Induction to date: George I Cohn - Electromagnetic Induction - Below again for download.

It is well known, there are Two Types of Induction:

1: Flux Linking (emf = -NdPhi/dt) - Typically Transformer Induction See: (Magnetic A Vector Potential)
2: Flux Cutting (emf = Bvl)          - Flux Cutting

Both are different forms of Induction, both Induce a Magnetomotive Force in a Conductor that is correctly situated.

So, you're not wrong, I am not saying that, all I am saying, is that the method you describe is not currently considered correct when it comes to Transformer Theory. Transformers work on the Flux Linking Laws, not Flux Cutting, the Homopolar Generator works on the Flux Cutting Law. Also, the Velocity (v) of the Conductor with a Length (l) moving at Right Angles to the Magnetic Field (B) is Flux Cutting.

Thanks for the Video, I did enjoy.

   Chris Sykes
       hyiq.org

P.S: Richard Feynman says the same thing, "Together the two Laws, the two Effects, form one beautiful rule..." See below Audio file: Feynman Quotes - Motion Of a Magnet Electric Field Generated weather or not conductor present - Also see: Feynman_Physics_Lectures_Vol2_Ch_15_Vector_Potential.pdf

[EMJunkie]

...

This is not as simple as some may think, to grasp can be a little difficult...

It is important to notice, the Magnetic Field B and the Electric Field E are one and the same things (Depending on what E we are talking about), one is the effect of the other... Chicken or the Egg scenario!!!

For example:

the Magnetic Field is Simply a Charge in Motion - Why?

the Magnetic Field in Motion creates an Electric Field - Why?

These two things are the same things, its a perspective that we see because of the different observational points!

Let me try to get away with this, A Magnetic Field is a Hurricane in the Aether, we can create it with Current carrying Coils, or make it from Magnetising a Magnet. Where all the Spin Orbitals align and add to create a bigger Magnetic Field - Seen as a Permanent Magnet.

Transformer Induction is Flux Linking, the Magnetic A Vector Potential, which can also be written as: emf = dA/dt, which basically means, the change in Magnitude of the Magnetic A Vector Potential in Time creates an emf, Electromotive Force.

A = dB/dt - Remember, above, a Changing Magnetic Field creates an Electric Field! A is an Electric Field!!!

See below for the Magnetic A Vector Potential:

   Chris Sykes
       hyiq.org