Do all celestial bodies the same internal structure, or they are in this respect different to each other? If they are different, can we from the process of condensation of nebulous masses to deduce the conditions under they take one or the other character? These issues were discussed in previous experience in the first edition, and although there are insights and not can be taken in the form in which it is given, nonetheless the implications these are the omen of others, which can be, and can be taken. Discussing possible reasons for the disparity in specific weight in members The solar system, where I said that these reasons can be: 1) "the diversity of the substance or substances that make up these different bodies; 2) differences in the quantity of the substance, since the sameness of the remaining terms already the mutual attraction of the atoms must make a large mass denser than small; 3) differences in the structures: the masses can entirely consist of or solid or of liquid droplet of the substance, or to have inside of emptiness, vozduhonosnye filled with the elastic substance. Of these three possible reasons is commonly indicate the first, more or less changed from the action the second." It was written when spectral analysis has not given us their discoveries, and therefore, it goes without saying, it was impossible to see how open these conflict with the first of the above assumptions; but after referencing other may be made of the objection followed further reasoning: "However, despite these difficulties, the usual hypothesis is that the Sun and planets, including Earth, are or from of liquid droplet, or solid, or have a solid crust with of liquid droplet nucleus {At a time when it was written, set teleology, has seemed to make necessary the assumption that all the planets inhabited and that even beneath the photosphere of the Sun there is life. But later the influence of teleology has so diminished that this hypothesis can no longer be considered common.}".
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Do all celestial bodies the same internal
structure, or they are in this respect different to each other? If they are different,
can we from the process of condensation of nebulous masses to deduce the conditions under
they take one or the other character? These issues were discussed in
previous experience in the first edition, and although there are insights and not
can be taken in the form in which it is given, nonetheless the implications these
are the omen of others, which can be, and can be
taken. Discussing possible reasons for the disparity in specific weight in members
The solar system, where I said that these reasons can be: 1)
"the diversity of the substance or substances that make up these different bodies; 2)
differences in the quantity of the substance, since the sameness of the remaining terms
already the mutual attraction of the atoms must make a large mass denser than
small; 3) differences in the structures: the masses can entirely consist of or
solid or of liquid droplet of the substance, or to have inside of emptiness,
vozduhonosnye filled with the elastic substance. Of these three possible reasons
is commonly indicate the first, more or less changed from the action
the second."
It was written when spectral analysis has not given us their
discoveries, and therefore, it goes without saying, it was impossible to see how
open these conflict with the first of the above assumptions; but after
referencing other may be made of the objection followed further
reasoning:
"However, despite these difficulties, the usual hypothesis is
that the Sun and planets, including Earth, are or from
of liquid droplet, or solid, or have a solid crust with
of liquid droplet nucleus {At a time when it was written, set
teleology, has seemed to make necessary the assumption that all the planets
inhabited and that even beneath the photosphere of the Sun there is life. But later
the influence of teleology has so diminished that this hypothesis can no longer
be considered common.}".
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