Now let's look at the correspondence between conclusions and facts. First, if we compare the group of large planets (Jupiter, Saturn, and Uranus) with a group of small planets (Mars, Earth, Venus and mercury), we can see that a small density goes hand in hand with large size and high speed of rotation and high density goes hand in hand with small size and low speed rotation. Second, this relationship becomes even clearer if we compare extreme examples are Saturn and mercury. Private the opposite of these the two planets, like total opposites groups, points to the truth, that low density, like the quest for education satellites, tied to the relationship between centrifugal force and gravity, because of Saturn, with numerous satellites and a lower density, centrifugal force at the equator is equal
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Now let's look at the correspondence between conclusions and facts.
First, if we compare the group of large planets (Jupiter, Saturn, and Uranus) with
a group of small planets (Mars, Earth, Venus and mercury), we can see that a small
density goes hand in hand with large size and high speed of rotation
and high density goes hand in hand with small size and low speed
rotation. Second, this relationship becomes even clearer if we
compare extreme examples are Saturn and mercury. Private the opposite of these
the two planets, like total opposites groups, points to the truth,
that low density, like the quest for education satellites, tied to
the relationship between centrifugal force and gravity, because of Saturn, with
numerous satellites and a lower density, centrifugal force at
the equator is equal
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