Partnered Output Coils - Free Energy

[poynt99]

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

But an electric field alone dose not exist without a magnetic field when that electric field is changing,and visa versa. So in order for induction to take place,and an EMF produced,we must have a changing magnetic field,and thus a magnetic flux cutting the inductors windings. An electric field that dose not change has no magnetic field,and it will not induce an EMF in a conductor.

So let's go back to my drawing again. Let's assume an alternating (or varying) current is applied to the primary. An associated flux is produced within the high permeability core as shown by the two arrows. Will we see an emf produced across the wires of the secondary? If not, why?

[tinman]

So let's go back to my drawing again. Let's assume an alternating (or varying) current is applied to the primary. An associated flux is produced within the high permeability core as shown by the two arrows. Will we see an emf produced on the wires of the secondary? If not, why?

Yes you will see an EMF produced on the wires of the secondary,as all the magnetic flux is not confined within the core.

[poynt99]

Let's assume for a moment that the core has a very high permeability and all the varying flux is retained within the core. Will there be an emf on the secondary? If not, why?

[tinman]

Let's assume for a moment that the core has a very high permeability and all the varying flux is retained within the core. Will there be an emf on the secondary? If not, why?

No,there will be no EMF on the secondary,as all the magnetic flux is retained in the core.

[poynt99]

OK.

So going back to the associated electric field, how would it be depicted on my drawing?