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Part 2 - Axial Blackholes (cont) |
ARGUMENT
0512
BROUGHT
FORWARD
- ARGUMENT
0511: When the speed and density of a teelstream is sufficiently
dominant, it forces the teelospheric equator to be at 90 degrees to
the teelospheric northpole.
REASONING:
- If
the speed and density of a teelstream
is beyond that which forces the teelospheric equator to be at 90
degrees to the teelospheric northpole, it forces the teelospheric
equator toward the teelospheric southpole.
-
How
far it gets toward the teelospheric southpole is commensurate to the
additional speed and density of the teelstream.
- Such
a blackhole is no longer fully centrifugal but is not yet fully
axial (It is best described as centrifugal with axial
characteristics – semiaxial).
CONCLUSION:
- When
the speed and density of a teelstream is even more dominant, it
forces the teelospheric equator away from the teelospheric northpole
toward the teelospheric southpole to make the blackhole semiaxial.
| GLOSSARY:
- semiaxial blackhole: A blackhole in which the speed and density of the teelstream
through which is moving is enough to move the teelospheric equator
toward the teelospheric southpole but not enough to locate it at the
teelospheric southpole.
- teelospheric southpole: The principal teel ejection point in the teelosphere of an
axial blackhole. The teelospheric southpole may or may not coincide
with one of the blackhole's teelcore poles.
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