ARGUMENT
0330a
BROUGHT
FORWARD:
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ARGUMENT 0328: When a
blackhole absorbs a teel it increases its own mass by the mass of
one teel. When a blackhole ejects a teel, it decreases its own mass
by the mass of one teel.
-
ARGUMENT 0329: When a
blackhole absorbs a teel, it increases its own energy by a variable
measure. When a blackhole ejects a teel, it decreases its own energy
by a variable measure.
- ARGUMENT 0330:
When a blackhole absorbs a teel it gains proportionately more
energy than mass. When a blackhole ejects a teel, it loses
proportionately more energy than mass.
REASONING:
-
The mass of a teel as it crosses the gravitysheath interface of a blackhole is the same as that of any other teel.
-
The
energy of a teel as it crosses the gravitysheath interface of a
blackhole consists of realspeed (kineticenergy), potentialspeed
(potentialenergy), and spin.
- A teel crossing the gravitysheath interface of a blackhole has proportionately more energy than mass.
- A teel crossing the gravitysheath interface of a blackhole only a proportion of its energy as kineticenergy.
-
Thus
a teel crossing the gravitysheath interface of a blackhole equates
to an average gain/loss of mass but the gain/loss of kineticenergy may
be higher than average or lower than average.
CONCLUSION:
- When
a blackhole absorbs a teel, the kineticenergy it gains can be
proportionately more or less than the mass it gains. When a blackhole
ejects a teel, the kineticenergy it loses can be proportionately more
or less than the mass it loses.
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