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Part 1 - Centrifugal Blackholes (cont) |
ARGUMENT
0502
BROUGHT
FORWARD
-
ARGUMENT
0501: Every teel in a blackhole's teelcore, no matter what its
position, takes the same average time to complete one orbit around a
spinning blackhole's axis.
REASONING:
-
Every
teel takes the same average time to complete one orbit.
-
The
distance travelled depends on the teel's distance from the axis.
- Thus
those at the equator have the greatest totalspeed (realspeed plus
potentialspeed).
- Thus
those at the axis have the least totalspeed (all realspeed, no
potentialspeed).
CONCLUSION:
- In
a spinning blackhole teelcore, the teels at the equator have
the greatest totalspeed and those at the axis have the least.
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GLOSSARY:
- axis: An
imaginary
line around which an object rotates. In a rotating
sphere,
such
as
the
Earth and other planets, the two ends of the axis are called
poles.
(American Heritage Science Dictionary)
- equator: (1):
An imaginary line forming a
great circle around the Earth's surface, equidistant from the poles
and in a plane perpendicular to the Earth's axis of rotation. It
divides the Earth into the Northern and Southern hemispheres and is
the basis from which latitude is measured. (2): A similar circle on
the surface of any celestial body. (3): The celestial equator.
(American Heritage Science Dictionary)
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