Re: Men on the moon?

From: tj Frazir (GravityPhysics_at_webtv.net)
Date: 02/05/05 

Date: Sat, 5 Feb 2005 01:11:57 -0500

moron max jus donated 5 million to the red cross.
 thanks for your donation.
  I fill in the card type and pout th card number in and 5000000 and
stick yer sig up in the name box and press done.
  Irs gets a 5 mil ransaction with your sig on it.
have fum moron max.
   youtaxes is 900 grand till you prove you donated it.
   
Re: Time and SR
 
Group: sci.physics.relativity Date: Thu, Feb 3, 2005, 1:00pm From:
GravityPhysics@webtv.net (tj Frazir)
Time is the rate energy reacts with energy. Atoms change mass at C.
  GravityPhysics@webtv.net (tj Frazir)
UP is still a gain in mass.
 gravity is a push to less mass.
  Gravity is the energy gain pushing the atom. YOU are just fucking
ignorant.
    My english sucks but this is physics .   Now then
smartass ,,tell us how gravity moves mass. Im doing it and proving it
with the math . Your too stupid to understand atoms push them selves to
less mass. So then how could you do the math ?   You did not know
the mass gain was doing the pushing or how. All you had is a bunch of
idias.
  F is identical to the mass gain pushing the wieght of the atom.
  Identical as in THE LAW.
Re: gravitons are for dumbasses.
The gain in mass is F pushing te wieght of the atom.   
      Newton had is right, F = dp/dt is right on!
      "
  F is the gain in mass and up is a gain in mass SAM . M is the
wieght
of the atom befor the gain in mass .
  Gravity is the energy slope across the atom. all the mass of the
atom falls twards its center. Atoms change mass at C.   So the tom
has more mass falling twards its center from one side than the other and
the atom pushes its self down the energy slope .   V will be the
same for evry atom as the mass gain pushes the wieght and the gain is
allways proportinal to the mass.      SAM   wrote
                         F
= ma
      Here F is the applied force, m is the mass of the
particle, and   a = dv/dt is the particle's acceleration, with v being
the particle's   velocity. This equation, together with the principle
that bodies act   symmetrically on one another--so that the force
particle A feels from   particle B is equal to the force B feels from
A--is the basis for   understanding particle dynamics".
      "Newton's law completely describes all the phenomena
of classical   mechanics...."