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But now, based at least superficially on the impact of these individual factors
operating simultaneously in different ways and to varying degrees (some,
promoting concentration, others opposing it) it is quite obvious that
at the same other conditions larger nebulous spheroids,
eating more time to cool down, slowly reached high
specific gravity and that where the size difference is so enormous as between
large and small planets, small can achieve relatively high
specific gravity when large reached only a low specific weight. Further
it is clear that such a change process, which is obtained from faster
development of heat in large masses, is balanced where the big
the speed of rotation is greatly impedes the circulating currents.
Therefore, in such explanation of the different specific gravities of the planets
may serve as further evidence in favor of the hypothesis of the misty mass.
An increase in the density and the heat generation phenomena with ratio
the one to the other, so in the previous division, which treats of the relative
density of celestial bodies in connection with the condensation of nebulous masses, much has been
said and relatively accompanying these phenomena, the development and dispersion
warmth. However, it is in addition to the previous judgments and conclusions should
take notice of the fact that in the present temperatures of the celestial bodies in General, we
find more incremental confirmation of hypotheses, and, moreover, very significant.
Because if, as above assumed, the heat must be inevitably
caused by the force of adhesion of particles in the ambient substance, we should find in
all celestial bodies now existing or high temperature, or traces
before existed. That's what we find there and to the same extent as
requires a hypothesis.
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