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Discussion board help and admin topics => Half Baked Ideas => Topic started by: _GonZo_ on March 26, 2006, 11:12:47 PM

Title: Electrostatic mill
Post by: _GonZo_ on March 26, 2006, 11:12:47 PM
Just yesterday an idea that I found in internet time ago (It was a phisics problem to be solved in a university web page...) went back to my head.

It was a wheel of 5 charges (q) suspenden in a wheel and another charge (Q) fixed out of the wheel
In the problem there was only 5 charges in the wheel (odd number)
Then I thought why not a even number of charges like 6 for example?
The bottom of the wheel is sumerged in a dielectric fluid so there is a diference in the dielectric constans (K and k) of the to areas that wheel travels.

Find attached picture of it to see what I mean.

I am very tired tonigh to make the calculations so if someone can take over...
The equation that gives you the force of atraction or repulsion between 2 charges is:

F = Q x q / K x r2

Being:
F = Force
Q and q = Charges
K = Dielecric constant
r = Distance

If both charges are equal then the wheel is suposse to turn clockwise and if they are oposite then the wheel will turn anti-clockwise.
Title: Re: Electrostatic mill
Post by: _GonZo_ on March 26, 2006, 11:54:23 PM


If both charges are equal then the wheel is suposse to turn clockwise and if they are oposite then the wheel will turn anti-clockwise.


Sorry I forgot to add here that K>k
Title: Re: Electrostatic mill
Post by: _GonZo_ on March 29, 2006, 03:17:32 AM
No Reply to this one?
Title: Re: Electrostatic mill
Post by: Advanctech on March 31, 2006, 11:11:15 PM
Nice going GonZo! I guess I owed you one so here it is, get your mumy to proof read for you as you said you needed. Question? what does this wheel have to do with OU?
Title: Re: Electrostatic mill
Post by: _GonZo_ on April 01, 2006, 12:06:52 AM
Well if K is diferent than k then the resultan forces of the up side of the wheel are diferent from the down side of the wheel so it may turn? ???

It is still puzeling me out...

I still not done the maths sorry.