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3 answers

There are 16 distinctly different weights and black holes.
They are called anti-matter weight activation due to the
never defined size, so the inconsistency of measurement
is a characteristic of parallel science. The size of a new
star, in orbitting magnetized.
So the actual sitings are radion stars. They are poisonous,
hot, exploding, and reshaping local asteroid fields. This
interaction is NOT included in a weight, so the question is
purely mathematically theoretic. The two I have read most
about are magnesium one, and pyrite 10. These weigh
Thirty trillion pounds lead weighted to uranium neutron7
and 40 trillion etc. The multiplier here at the end is translated
as n factor that is times times, so it is 1million times 1
thousand times 100 give or take a factor. This estimate
is now megaplex times 100 plus plus, fields interactive,
times one million plus plus again to determine size limitation.
Simplistic theories say that this gaseous volume is put
in a column cooled to average space temperature safe for
orbitting, and megaplex being the highest factor now set
for material science at 10 billion megaplex point 4 billion.
A volume number that is assigned to new stars.

2006-11-16 12:19:22 · answer #1 · answered by mtvtoni 6 · 0 0

Pretty much anything can become a black hole - it's a matter of density, not weight or mass. Squished down small enough, YOU could be a black hole. For reference, if you squished the Earth down to the size of a marble, the Earth would become a black hole.

2006-11-16 20:15:05 · answer #2 · answered by eri 7 · 0 0

I don't believe that's possible to measure, since we can only figuratively decide what a black hole would be like as there's no way we'd ever be able to get close enough to make a precise weighing.

2006-11-16 19:47:57 · answer #3 · answered by 27ridgeline 3 · 0 0

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