From what I have read, the closer one of the Galilean Moons is to Jupiter, the hotter is their interior (as a result of tidal heating due to Jupiter's gravity). The outer ones have more of an ice core. The inner ones less. When it melts, the water makes it way to the surface being less dense than the surrounding rock, and evaporates off, leaving the heavier rock forming most of the crust. Therefore the more dense the inner Galilean Moons.
Jupiter's greater mass compresses it more, thus increasing its density.
According to Mastering Astronomy, Jupiter is bigger because it's mass is compressed more, thus increasing its density.
By increasing the density of a gas its air pressure will subsequently increase.
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Jupiter's
To answer the question very literally: Yes. The Galilean satellites follow the same pattern of density versus increasing distance from Jupiter that the planets' density follows versus distance from the sun. The specific pattern is: No pattern at all. Earth ... 3rd from the sun ... is the most dense planet, while Saturn ... 6th planet from the sun ... is the least dense. So there is no "just as" to compare to.
Yes. The density of the Galilean moons decreases with increasing distance from the planet. This decrease in density is likely due to the higher ice-to-rock ratio in the farther moons.
Jupiter's greater mass compresses it more, thus increasing its density.
According to Mastering Astronomy, Jupiter is bigger because it's mass is compressed more, thus increasing its density.
Jupiter's average density is 1.33 g/cm^3
Jupiter's density is about 1.3 g/cm3 . Earth's is about 5.5 g/cm3 .
Jupiter.
By increasing the density of a gas its air pressure will subsequently increase.
By increasing the density of a gas its air pressure will subsequently increase.
No. In our solar system, Saturn has the lowest density.
Pressure and temperature. Increasing the pressure increases the density. Increasing the temperature decreases the density between melting point and 4oC
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