Next after Earth is Mars, then the four "outer planets": Jupiter, Saturn, Uranus, and Neptune.
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Probably the biggest reason is that there is no land to slow down the wind. Also, wind is caused by differences in air pressure, which are caused by uneven heating and cooling. The gas giants have not only the heat from the sun but also their own internal heat. Jupiter is so massive that it generates more heat than it receives from the sun.
Terrestrial planets and moons of both gaseous and terrestrial planets. Don't forget Dwarf planets and the asteroid belt.
U can group the planets by size,weight and amount of moons
Stars are hotter than planets. Stars are massive balls of gas that produce heat and light through nuclear reactions in their cores, while planets do not produce their own heat and rely on the heat they receive from the star they orbit.
The inner planets are closer to the Sun than the outer planets, so they receive more direct sunlight and heat. Additionally, the inner planets have solid surfaces that can absorb and retain heat, while the outer planets are mostly composed of gas and have no solid surface to absorb heat. This combination of factors leads to higher temperatures on the inner planets compared to the outer planets.
Heat for all the planets and the main reason for the orbits of the planets.
Internal heat source include celestial objects, such as moons, dwarf planets, brown dwarfs, stars and planets.
because the heat of the crust of the planets is not enough to produce light of its own
no. because the planets get their own light because of the heat of the sun .
The gas planets would evaporate in extreme heat
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Three processes produce heat. Contraction, in both stars and planets; radioactive decay, in planets, and nuclear fusion, in stars.
Uranus and Neptune are the two jovian planets that do not have a significant internal heat source. They receive most of their heat from the sun and do not generate as much internal heat as Jupiter and Saturn.
The inner planets are losing heat mainly due to radioactive decay of elements in their cores, as well as heat leftover from their formation process. This heat loss contributes to volcanic activity, tectonic movements, and the overall geologic processes on these planets.
Yes it does but the planets closer to the sun get more heat and the planets that are farther away get less heat. That is why Venus is hotter than our Earth and Mars is colder.