Lenz free generator

[EMJunkie]

No.

One last chance to prove your worth as wannabe-guru.
I'll rephrase: Please name the fields around a conductor when is connected to a power source (battery).
Hint: There are 2 fields, you should know them from school books.

Dear Old Barbozo, partner in Science Crime of Erfinder and lover of Mistruths,

You have a clear direction of trying to prove others inferior - Why?

We sit and read your posts and just laugh at your silliness!

If you could read, you would already see that your silliness has been addressed and answered for you. But alas you are stuck in your sill childish game, trying to prove something!

You, and your partner in Science Crimes against Humanity are just a distraction! Have nothing and will always have nothing!



   Chris Sykes
       hyiq.org

[Magluvin]

How about not wasting pages with posts of just insulting one another. Its getting very tiring.

Mags

[tinman]

No.

One last chance to prove your worth as wannabe-guru.
I'll rephrase: Please name the fields around a conductor when is connected to a power source (battery).
Hint: There are 2 fields, you should know them from school books.

What kind of inductor?--is it open at each end,or a toroid?
Is the current changing in time,or is it at a static value?
How is the inductor wound?

These are the things a school book would explain,that you have left out. 


Brad

[lancaIV]

That's your skewed view on electricity. You learned electrostatics has nothing to do with electrodynamics and you swallowed that shit till the brains were squeezed out through the scalp pores. Then you combed. Damn!

But if you can make an intellectual exercise, replace those "charges" with wires?  Can you feel the familiar domain of electrodynamics, or really you want a picture from the beginning of the 20-th century? Do you recognize the fields now?
Now a quiz for you, science parrot: please identify by the color the fields and name them! I don't mean to be disrespectful about eventual physical abilities, but if you are color blind, let me know and I'll look for other picture in different shades. Internet is full of them I don't know how you could miss them. with wires too, not only electric charges.

As per the electrostatics, I prefer the works of the Master, and I attach a picture he used in his electrostatic experiments. Please enjoy the full description directly from the reading material, as you will find him completely describing his transformer. Please don't tell me that it has nothing to do with your prostitution you call partnered coils. I do this here because I don't feel spreading my but chicks over that topic too.
https://upload.wikimedia.org/wikipedia/en/9/9b/Tesla-DisruptiveDischargeBox.png

Don't forget the quiz, truly yours,
barbosi


PS: about electrostatics the way you still need to learn, here is a link, scroll down to "Electric Force Example".
What is the force that can be obtained with 120W? 1.01 Million Tons!!!
In your face. And don't tell anything about not being electrostatics, go in top of the page again and read "Coulomb's Law". Made by some scientists from... read the web address.
And Tesla did not lie. It's only our sorry a$$es incapable to put together the concepts he left us.

Now slap yourself and quit drinking! You are not helping, your are confusing people!

Next !!!!!

Hello barbosi,
could you give me/us the link to this surprising numbers
"120 W (giving) 1,01 Mio. Tons (compression/expansion force/pressure)"
normally only receiveable by nuclear reactors ! Condensate : Einstein-Bose ? Capacitor is also called Condensator : 2-plates field force
                                      Bethe-Weizsaecker Formula
https://translate.google.de/translate?sl=de&tl=en&js=y&prev=_t&hl=de&ie=UTF-8&u=http%3A%2F%2Fwww.spektrum.de%2Flexikon%2Fphysik%2Fbethe-weizsaecker-formel%2F1493&edit-text=

[allcanadian]

IancaIV


It is well known the electrostatic force is very large. I believe the numbers say if we had two 1 m^2 plates spaced 1 meter apart and moved 1 ampere of current of opposite charges to each plate the force of attraction generated would be 1 million tons. This cannot be done for obvious reasons however that does not change the fact the forces are extremely large.


In another example if we took a cube of aluminum as big as a sugar cube and separated all the charges in it 1 meter apart the force of attraction would be 32 million million million pounds. Equivalent to the force applied by the weight of a cube of steel 76 miles high, 76 miles wide and 76 miles long.


I know all these things from memory because my primary field of expertise is electrostatics outside the context of my occupation as an Engineer. Electromagnetic phenomena has been well explored however electrostatics is still considered the black arts in many circles. We have much to learn in this area.


AC