sci.physics.particle

On Mar 26, 3:46=A0am, "hhc...@yahoo.com" wrote:
> On Mar 25, 8:33=A0pm, mitchg...@hotmail.com wrote:
>
> > When inside the nucleus protons and neutrons have less mass than when
> > unbound. When the nucleons become bound part of their mass becomes the
> > binding energy of the strong force holding them together. Upon leaving
> > the nucleus they get back their mass. The binding energy mass goes
> > back into the protons and neutrons as they leave the strong force's
> > range.
>
> > Mitch Raemsch Twice Nobel Laureate 2008
>
> You know this =A0because of this evidence?
>
> Harry C.
>
> p.s., Mitch, have you ever though about stamp collecting as a hobby,
> rather than posting nonsense on sci.physics?
>
> Harry C.

---------------
actually i think you are right
the strong forcess are so linited in such a tiny volume that
it is impossible to examine them and in sub distsnces
of the tiny distance !!! (:-)

now a mistake (or a misunderstanding )of the OP

while the nuc or part of it leaves the main body nuc
it gets energy AND MASS BECUASE ENERGY IS MASS IN MOTION ...
so it gets it from its envirinment
or else it cannot split from the nuc
there is a need of outside energy
in order of cutting something from the nuc
(the 'spontanious' split is another story for itself - but may be not
much difference in principle for the 'igniting' issue )

ATB
Y.Porat
=3D-------------------------