the planet that it composed of ice frozen gases and rock is Pluto and Neptune. Because it is farthest away to the sun.So its like a heater but your to far from the heater and the heat is not coming to you and that why.
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guy with a mowhawk
Terrestrial planets are mainly composed of silicate rock. These planets, like Earth, Mercury, Venus, and Mars, have a solid surface and are primarily made up of rocks and metals.
None of Jupiter's Galilean moons are composed mostly of nitrogen. Ganymede is primarily composed of water ice, while Callisto, Europa, and Io are composed of a mix of rock and ice. Nitrogen is more commonly found in the atmosphere of Titan, a moon of Saturn.
A rock planet is a terrestrial planet primarily composed of silicate rocks and metals. Examples include Earth, Mars, Venus, and Mercury, which have solid surfaces made up of rock material. These planets have high densities and solid, well-defined surfaces.
Mars is a rocky planet, primarily composed of silicate rocks and metals. It does have a thin atmosphere, but it is not dominated by gases like Jupiter or Saturn.
Pluto is the planet that is most likely to be made up of rocky materials and frozen gases. It is a dwarf planet located in the outer regions of the solar system, and its surface is composed of rock and ices such as nitrogen, methane, and carbon monoxide.
Neptune is an "Ice Giant" planet. Neptune's atmosphere is composed primarily of hydrogen and helium. We can not see the surface but we believe the surface is primarily composed of ices and rock and the planet has a hot core.
No. It is a terrestrial planet like the other inner planets, meaning it is mostly rocky.
Is a large planet that is not primarily composed of rock or other solid matter.
it is known as dwarf planet.it is composed of rock and ice. Pluto is known as the dwarf planet yes but it is not composed of rock and ice it is composed of ice and methane its atmosphere is made from nitrogen and more dangerous gases
Neptune is classed as a gas giant, essentially neither a land or sea planet. Neptune's atmosphere is composed primarily of hydrogen and helium along with traces of hydrocarbons and possibly nitrogen. The interior of Neptune (its core) is thought to be composed of ices (water and methane) and rock. *Neptune is classified as a gas giant, not a land or sea planet. Composed primarily of H, He, hydrocarbons, N, water and methane ice. Traces of hydrocarbons and N (nitrogen) are found dusted on Neptune. Hydrogen and helium make up Neptune, composing to work for its blue color. Copyright 2010*
Earth is considered a terrestrial planet, which means it is predominantly composed of rock and metal. It is not a gas planet like Jupiter or Saturn, which are mostly made up of hydrogen and helium. Earth's atmosphere is primarily composed of nitrogen, oxygen, and other gases.
Neptune is an "Ice Giant" planet. Neptune's atmosphere is composed primarily of hydrogen and helium. We can not see the surface but we believe the surface is primarily composed of ices and rock and the planet has a hot core.
Terrestrial planets are mainly composed of silicate rock. These planets, like Earth, Mercury, Venus, and Mars, have a solid surface and are primarily made up of rocks and metals.
None of Jupiter's Galilean moons are composed mostly of nitrogen. Ganymede is primarily composed of water ice, while Callisto, Europa, and Io are composed of a mix of rock and ice. Nitrogen is more commonly found in the atmosphere of Titan, a moon of Saturn.
Pluto does not have a significant amount of oxygen in its atmosphere or composition. The atmosphere of Pluto is primarily composed of nitrogen, with traces of methane and carbon monoxide. Oxygen is not a major component of the dwarf planet.
Mercury,Venus,Earth and Mar, the four closest planets to the sun. The four planets are composed primarily of rock and have solid surfaces.
A rock planet is a terrestrial planet primarily composed of silicate rocks and metals. Examples include Earth, Mars, Venus, and Mercury, which have solid surfaces made up of rock material. These planets have high densities and solid, well-defined surfaces.