ZERO INPUT, 10 degrees thermal output...Yes,...genuine free energy

[picowatt]

TA,

From a previous post of mine:

You said:

Now tell us how a capacitor bank is shunted thru a neodymium iron boron in the creation of a coherent polarized device (ie a "magnet")


I said:

A capacitor bank is not "shunted thru" NdFeB to create a magnet.

My response was accurate.

I still do not believe that you understand how a magnetizer functions, or you would not have said "shunted thru".

Apparently you believe current flows thru the pre-magnet, so tell us, how much current passes thru the pre-magnet and what is the voltage across the pre-magnet?

And in a later post of mine:

No, your "shunted thru" comment was not at all accurate.  It was a throwback to your erroneous statements of months ago wherein you were adamant that a magnetizer passed current thru a pre-magnet (discharged the capacitors thru the pre-magnet).

So, once again, tell us, how much current passes thru the pre-magnet and what is the voltage across the pre-magnet when magnetized by a magnetizer (such as the one you posted an image of)?

Still waiting for an answer...

[TheoriaApophasis]

Still waiting for an answer...

You deny wireless and particle free energy transfer is possible,



Youre an atomist and materialist.     Idiots like you think induction is rooted in non-existent electrons and soldered wire circuits.

[picowatt]

You deny wireless and particle free energy transfer is possible,



Youre an atomist and materialist.     Idiots like you think induction is rooted in non-existent electrons and soldered wire circuits.

Possibly you cannot answer because you did not understand the question.

So once again, during the magnetization process of a pre-magnet with a magnetizer such as the one in the image you posted, how much current flows thru the pre-magnet and what is the voltage across the poles of the pre-magnet?

[MileHigh]

Try to answer the question without changing the subject Kenny.

[picowatt]

Try to answer the question without changing the subject Kenny.

MH,

Just a quick shout out to you.  We haven't conversed in some time.  Wishes for a Happy New Year to you!

As for the question posed, one would think it quite easy to answer for someone who writes books about magnets.

There are even clues in the image posted.  But let's see how he does on his own...