system(F=aF[1]+bF[2] and D=bD[1]+aD[2]) that's the static leverlaw.
when F[1]D[1]=F[2]D[2] then the lever is in global static balance. (F,
D) is global wight for the local weights (F[1], D[1]) and (F[2],
D[2]). however (F, D) can be local weight of some other global weight
and (F[1], D[1]) and (F[2], D[2]) can be global weights of their own
subweights. i am saying the matter is infinitelly groupable and
dividable.
take a paper and split it on two. split the half on two and the fourth
on two and so on. in the end you'll reach something that cannot be
splited. that's the atom. the paradox of the idea of atom is that the
division tool -- your hands -- reamins the same so as you go deep
towards the tiny it gradually cannot conduct the division.
dedanoe
Y.Porat - 07 Apr 2007 05:57 GMT
> system(F=aF[1]+bF[2] and D=bD[1]+aD[2]) that's the static leverlaw.
> when F[1]D[1]=F[2]D[2] then the lever is in global static balance. (F,
[quoted text clipped - 11 lines]
>
> dedanoe
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at the end of the day
the Atom idea is right (many thousands of yeaers
ago !!!!)
at the end of the day there must be
something that is indivisible
no matter what it will be!!
ATB
Y.Porat
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