D
Dobri Karagorgov
Guest
here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
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If you stare hard at the right hand bit and move your head back andhere is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
The posts from google groups just don't get any better do they.On 14 Feb 2005 10:56:30 -0800, dedanoe@yahoo.com (Dobri Karagorgov)
wrote:
here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
If you stare hard at the right hand bit and move your head back and
forwards, the left hand bit seems to go round slightly.
Is that a logo for a new brand of potato chips?here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
Stand in between the two and push the 'Puree' button.here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
It depends on a lot of things, primarily, what is that a picture of? I seehere is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
badly, like you...here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
Looks like something Janet Jackson might wear to her next Super Bowlhere is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
I snipped the last bit off and got this:here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
He must be pretty smart - look at all them there equations! ;-)Dobri Karagorgov wrote:
here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
I snipped the last bit off and got this:
http://www.geocities.com/dedaNoe/
which explains a lot.
What is the jpg supposed to be a picture of?
If you mean the big circle at the top, that's Yin and Yang, The GreatDobri Karagorgov wrote:
here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
I snipped the last bit off and got this:
http://www.geocities.com/dedaNoe/
which explains a lot.
What is the jpg supposed to be a picture of?
I heard that they broke up.If you mean the big circle at the top, that's Yin and Yang, The Great
Duality. ;-)
Rich Grise wrote:
If you mean the big circle at the top, that's Yin and Yang, The Great
Duality. ;-)
I heard that they broke up.
Yeah, and they are _both_ pregnant.
Ahhh... yeah.On Tue, 15 Feb 2005 18:08:55 -0700, Mark Fergerson wrote:
Dobri Karagorgov wrote:
here is how my circuit looks:
www.geocities.com/dedaNoe/circuit.jpg
how will it behave?
I snipped the last bit off and got this:
http://www.geocities.com/dedaNoe/
which explains a lot.
What is the jpg supposed to be a picture of?
If you mean the big circle at the top, that's Yin and Yang, The Great
Duality. ;-)
Heh. When I saw the pic the very first time, that was what I thought.Mark Fergerson wrote:
I'm thinking the colored blocks are magnets and the triangular
thingies are windings of some sort.
It smells sorta like a Perpetual Motion scheme.
Damn, I'm good. The OP revealed this on sci.physics:
http://www.geocities.com/dedanoe/etg.html
'nuff said.
They aren't necessary if it operates at -310 C.Heh. When I saw the pic the very first time, that was what I thought. In
fact, it's almost exactly the same design as my PM perpetual motion
machine scheme I came up with about 50 years ago. ;-)
It won't work, because he's omitted the frictionless fluxgate shutters.
;-P