As a result, the rotation of Saturn on its axis is in one direction with his movement around the Sun and in the plane, deviating only thirty degrees from the plane of its orbit. Due to the same reasons genetic the ring of Jupiter, whose mass is three and a half times the mass of Saturn, orbit and almost half had to be even wider - absolutely disc-shaped, could we say. Because of this, and formed a planet the plane of rotation which deviates from the plane of its orbit a little more than three degrees. Further, considering the relatively insignificant the sizes of Mars, Earth, Venus and mercury, we must accept that ring them was very thin, because of a gradual decrease of the circumferences of these rings not sufficient to explain the small sizes, formed of these masses; thus, the shape of these rings were again to approach obruchevskii; here why the plane of their rotation again deviate in a more or less largely from the planes of their orbits. Taking into consideration increasing oblateness of the original spheroid in the successive periods of thickening and different sizes was separated rings, we believe, that the rotational movement of different planets around their axes do not contradict our hypothesis, but, on the contrary, confirm it. This method explains not only different directions, but different speed of rotation. It would seem only natural that large planets will spin on their axes more slowly than small; this leads expected observations we are making on the Earth over large and small bodies. Meanwhile, one of the consequences of the hypothesis of foggy masses, especially if we to develop it as above, is that large planets will rotate fast, small slow; in fact it is.
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As a result, the rotation of Saturn on its axis is in one direction
with his movement around the Sun and in the plane, deviating only thirty
degrees from the plane of its orbit. Due to the same reasons genetic
the ring of Jupiter, whose mass is three and a half times the mass of Saturn,
orbit and almost half had to be even wider - absolutely
disc-shaped, could we say. Because of this, and formed a planet
the plane of rotation which deviates from the plane of its orbit a little
more than three degrees. Further, considering the relatively insignificant
the sizes of Mars, Earth, Venus and mercury, we must accept that ring them
was very thin, because of a gradual decrease of the circumferences of these rings
not sufficient to explain the small sizes, formed of these masses;
thus, the shape of these rings were again to approach obruchevskii; here
why the plane of their rotation again deviate in a more or less
largely from the planes of their orbits. Taking into consideration
increasing oblateness of the original spheroid in the successive
periods of thickening and different sizes was separated rings, we believe,
that the rotational movement of different planets around their axes do not contradict
our hypothesis, but, on the contrary, confirm it.
This method explains not only different directions, but
different speed of rotation. It would seem only natural that large
planets will spin on their axes more slowly than small; this leads
expected observations we are making on the Earth over large and small bodies.
Meanwhile, one of the consequences of the hypothesis of foggy masses, especially if we
to develop it as above, is that large planets will rotate
fast, small slow; in fact it is.
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