The Tesla Project

[innovation_station]

OK.  I agree.

Do you care to talk about these opposites?

hi grumpy

i do have something to make you think about that pattend

what is G? in the pattend

hummm

kinda looks important.....  in fact i think i have seen that symble .....    many places  no? 

ist

[allcanadian]

@all
Here is something interesting , In the picture below is an electricity map borrowed from bill beaty's website. As we can see what we call "static"electricity is just electricity at a high potential---nothing more. But it should be remembered that while all are electricity, each rise in potential changes the properties or qualities of the electricity, how it interacts----or rather the level of interaction.
from erfinder:

The primary is inductively related to the secondary of the transformer, which should be constructed as Tesla specifies in patent no 512,340 Coils For Electro Magnets, then the secondary becomes a capacitor.

-------Then the secondary become a capacitor 
Tesla stated in his lectures that he saw no difference between his discharges from the secondaries and the discharges from a Vandegraff (static)generator, because there is no difference. If you look up "electrostatic induction" you will find a charged body can charge another body in an opposite sense with NO reduction in charge on the original body. So we can say the primary will charge the secondary in the exact same way as a capacitor is charged, but we have a problem--- the secondaries are one plate of a capacitor so BOTH ends of the secondaries are charged equally---- there is no potential difference between them---- only to "other" things.
The ordinary capacitor has a very special secret you have never heard before that is you can charge a "shorted" capacitor( It's terminals tied together) as ONE plate of a capacitor with no effects on the source of the charging action(for free). You then seperate the capacitor terminals and place it in a circuit so it can discharge itself to a lower potential like --- ground,  through an inductance thus it can perform work or maintain oscillations in a circuit.
This Electricity in our circuits "IS" the same stuff that makes your hair stand on end, we have no need to label it as something else. This high potential is what is required for "electrostatic induction", electrostatic induction will charge any body to high potential for free, charging a body was never the problem--- producing a way to discharge it to perform work was.
Now you know what the secondaries are for
 

[Localjoe]

OK.Ã,  I agree.

Do you care to talk about these opposites?

hi grumpy

i do have something to make you think about that pattend

what is G? in the pattend

hummm

kinda looks important.....Ã,  in fact i think i have seen that symble .....Ã,  Ã,  many placesÃ,  no?Ã, 

ist

Id have to say the motor is pretty important seeing its obviouslly the timing mechanism/and used in his circuits as a source of high inductance.as well the motor  windings are hooked to the primary transmitting coil.

[M@rcel]

The ordinary capacitor has a very special secret you have never heard before that is you can charge a "shorted" capacitor( It's terminals tied together) as ONE plate of a capacitor with no effects on the source of the charging action(for free). You then seperate the capacitor terminals and place it in a circuit so it can discharge itself to a lower potential like --- ground,

Wooo, wait a minute....
Are you, in other words, saying that
- short a capacitor
- give it a charge (both plates will be equally charged)
- undo the short (both plates still have the same charge)
- Because the plates are equally charged, the charges will repell, trying to get away from the plates
- Connect one terminal, through a circuit, to ground and a current will flow

edit: I wonder if undoing the short is needed...

[allcanadian]

@marcel
Charge both sides of a capacitor equally with the same potential at the same time, then disconnect one side of the cap and discharge it to ground, you now have one plate of the cap charged and one discharged  (a potential difference). Connect the "charged" cap back in a circuit and discharge it to perform work. If BOTH plates of the capacitor are charged together it is One plate of a capacitor, there is no current flow persay, we are talking about Electrostatic induction.