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What else can I help you with?
The giant planets are composed primarily of?
The giant planets are primarily composed of hydrogen, helium, and other gases. This composition gives the planets their low densities and large sizes compared to terrestrial planets. Additionally, these planets may have a small rocky core at the center, surrounded by layers of gas.
What Force that caused stars and planets to become layered according to density?
The force that caused stars and planets to become layered according to density is gravity. As these celestial bodies formed from the collapse of gas and dust, gravity pulled denser materials, such as metals and rocks, toward the center, while lighter materials, like gases, remained in the outer layers. This gravitational sorting resulted in distinct layers within stars and planets, with denser substances forming the core and lighter materials forming the outer layers.
What does other planets have inside them?
In our solar system all the planets (and Sun) formed from one collapsing nebular. Therefore all the planets have the same stuff inside them. The differences between planets is caused by the differences in their outer layers as the planets formed at different distances form the Sun where the temperatures gradients allowed the condensation of different compounds. When you consider Xenoplanets, we do not know hat they are made of exactly yet.
Why are the inner planets different to the outer planets?
The inner planets are all considered rocky planets in that under atmospheric layers, they have a rocky surface. The outer planets are made of gas and liquid, and are called gas giants. They have no solid surface. Also, all the outer planets have rings while the inner planets do not.
Why do the planets in your solar system have a layered internal structure?
Planets in our solar system have a layered internal structure due to the process of differentiation during their formation. When these planets were forming, they were melted or partially melted, causing heavier materials to sink to the center and lighter materials to rise to the surface, creating distinct layers based on their densities. This process led to the formation of cores, mantles, and crusts in these planets.
Does every planet have 3 layers?
Some planets are made completely of layers of thick gases. Also space exploration has not progressed enough to a point where the layers of other planets have been discovered.
Which planets have ozone layers?
Venus and Mars
Will you live on other planets?
Yes we will move planets cause we screwed our ozone layers.
What are the layers of the terrestrial planets?
There are three, the crust, the mantle, and the core.
Which planets have three main layers?
ha ha ha I don't know man
What is the planet interior of Jovian?
The cores of all four Jovian planets are made of rock, metal, and gasses. The difference between the planets are the layers that surround the cores.
Which type of planets have a layered structure?
Terrestrial planets, like Earth, Venus, Mercury, and Mars, have a layered structure with distinct crust, mantle, and core layers. Gas giants like Jupiter and Saturn also have layered structures, consisting of a core surrounded by layers of different densities of gases such as hydrogen and helium.
How do earths layers contribute to the planets physical characteristics?
The Earth's layers contribute to the planet's physical characteristics by the types of rocks these layers produce. The rock formation of the Earth's surface define the physical characteristics of the planet.
The giant planets are composed primarily of?
The giant planets are primarily composed of hydrogen, helium, and other gases. This composition gives the planets their low densities and large sizes compared to terrestrial planets. Additionally, these planets may have a small rocky core at the center, surrounded by layers of gas.
Why are their layers of rocks on Earth?
Well, with the layers of rock forming over-time thus helping to create structure, to hold the weight of the earth... When the universe was created, the planets were hot massive balls of lava. But, since it is cool in the universe, the planets cooled down on the outside, leaving the lava as the core. Then, as you progress outward from the middle, the layers get cooler. They are different temperatures and the rock is in different conditions.
Why do the jovian planet interiors differ?
The interiors of Jovian planets (Jupiter, Saturn, Uranus, Neptune) differ due to variations in composition, temperature, and pressure. These factors influence the formation of different layers within the planets, such as metallic hydrogen in Jupiter and Saturn, icy layers in Uranus and Neptune, and rocky cores in all four Jovian planets. The planets' formation and evolutionary history also contribute to their interior differences.
What Force that caused stars and planets to become layered according to density?
The force that caused stars and planets to become layered according to density is gravity. As these celestial bodies formed from the collapse of gas and dust, gravity pulled denser materials, such as metals and rocks, toward the center, while lighter materials, like gases, remained in the outer layers. This gravitational sorting resulted in distinct layers within stars and planets, with denser substances forming the core and lighter materials forming the outer layers.
