COMMENTARY
Since
the mass of every graviton is the same, the gravitypull of every graviton is
the same. This, however, is not true of objects made of gravitons. The mass
of a blackhole may be the sum of the masses it contains but the
gravitypull of a blackhole is affected by their density. The less
densely they are packed into the blackhole, the less is the
gravitational effect the blackhole is going to have on other objects.
The
packing density of the solidbonded gravitons in a blackhole is not greatly
variable so, for a given number of gravitons, the blackhole's gravitypull
isn't going to vary much. However, in substantially less densely
packed objects like nuclides or planets or stars, the
difference can be considerable. The gravitons contained in a kilo of water,
if packed together to the limits of their rejectivity, would have a
minute size and a substantial gravitypull at the surface. In
comparison, the gravitypull of a kilo of water is relatively negligible
at the surface.
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