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That is usually called a glacier
Some terrestrial planets are mars mercury Venus and earth gaseous planets Jupiter Saturn Uranus and Neptune.
Terrestrial Planets-Rocky Small Few Moons Small(compared to gas giants) Gas Planets - Helium and Hydrogen based Denser cores. Have rings. Many Moons. Very large Longer Revolution time. Comparisons- Planets Under the sun's gravitational pull. Part of Milky Way galaxy
Mostly Volcanoes are located under ocean water.
Of course, all comets around the sun are coming under the family of planets but with large eccentricity. But we would like to differentiate them because of that large eccentricity.
Mercury is the smallest planet in our solar system, a little under two fifths of Earth's diameter.
That is usually called a glacier
No. The equations for three or more bodies moving under the influence of each others' gravity, is extremely complex.
Neither. The eight planets orbit the sun, but in space there is no "under" or "over."
Some terrestrial planets are mars mercury Venus and earth gaseous planets Jupiter Saturn Uranus and Neptune.
Terrestrial Planets-Rocky Small Few Moons Small(compared to gas giants) Gas Planets - Helium and Hydrogen based Denser cores. Have rings. Many Moons. Very large Longer Revolution time. Comparisons- Planets Under the sun's gravitational pull. Part of Milky Way galaxy
Mostly Volcanoes are located under ocean water.
Venus - mostly carbon dioxide, methane, and sulfuric acid.Earth - mostly nitrogen and oxygen.Mars - mostly carbon dioxide.Jupiter - mostly hydrogen and methane.Saturn - mostly hydrogen and methane.Uranus - mostly hydrogen and methane.Neptune - mostly hydrogen and methane.
The lyrebird would not be classified as either large or small. It ranges from 80cm to 100cm in length (mostly tail feathers), with an average weight of just under one kilogram.
Of course, all comets around the sun are coming under the family of planets but with large eccentricity. But we would like to differentiate them because of that large eccentricity.
Mostly Volcanoes are located under ocean water.
Stars, planets, solar systems, many objects in space can start as a large unstructured nebula of gas and dust, which can coalesce into massive objects under gravitational influence.