Mars, Venus, Earth, and probably all the gas giants. It remains ambiguous as to whether or not the Plutoids and Cubewanos, or any other asteroids, have gaseous carbon dioxide.
Venus and Mars have about 95% carbon dioxide in their atmospheres, but the atmosphere of Venus is very much thicker. Earth has only a small amount of carbon dioxide, but it's enough to have a "greenhouse effect". Mars may have once had a denser atmosphere, but now it is so thin that its effects are negligible.
The gas giants are simply humongous, and contain a very large number of elements and compounds, though the majority of these volumes are occupied by hydrogen and helium. Since Saturn and Jupiter are so hot (their mass generates heat), only the outermost layers contain compounds. The amounts, thus, of CO2 in the latter two planets, would be negligible by percentage, though ample by comparison to the terrestrial planets. The amounts of CO2 in the ice giants (the outer two gas giants, which are made up mostly of ices and liquids) is even less than in the proper gas giants (the four together are collective classified as Jovian Planets).
Venus has a thick carbon dioxide atmosphere, making up about 96.5% of its atmosphere. This high concentration of carbon dioxide contributes to the intense greenhouse effect on the planet, resulting in surface temperatures hot enough to melt lead.
Earth, Mars and venus all have nitrogen and Carbon dioxide in their atmosphere, though the levels vary from planet to planet.
A planet could have an all carbon dioxide atmosphere if it had a very limited or no water present to form other compounds through chemical reactions. This can lead to a depletion of oxygen and the dominance of carbon dioxide in the atmosphere, similar to Venus in our solar system. Additionally, volcanic activity releasing large amounts of carbon dioxide could contribute to such an atmosphere.
The planet may experience wide temperature extremes due to the thin atmosphere's inability to retain heat. The presence of carbon dioxide in the atmosphere may contribute to a greenhouse effect, further influencing the planet's climate. The lack of a thick atmosphere may also leave the surface exposed to harmful solar radiation.
Venus has the most carbon dioxide atmosphere of any planet in the solar system, with about 96.5% of its atmosphere composed of carbon dioxide. This thick atmosphere contributes to the planet's extreme greenhouse effect and high surface temperatures.
Venus has a thick carbon dioxide atmosphere, making up about 96.5% of its atmosphere. This high concentration of carbon dioxide contributes to the intense greenhouse effect on the planet, resulting in surface temperatures hot enough to melt lead.
Earth, Mars and venus all have nitrogen and Carbon dioxide in their atmosphere, though the levels vary from planet to planet.
Venus has an atmosphere that is 96.5% carbon dioxide, making it the planet with the highest concentration of carbon dioxide in our solar system.
Yes it does, its atmosphere is mainly full of carbon dioxide.
A planet could have an all carbon dioxide atmosphere if it had a very limited or no water present to form other compounds through chemical reactions. This can lead to a depletion of oxygen and the dominance of carbon dioxide in the atmosphere, similar to Venus in our solar system. Additionally, volcanic activity releasing large amounts of carbon dioxide could contribute to such an atmosphere.
earth
veinus
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No. The Martian atmosphere is very thin, but it does consist mainly of carbon dioxide. Venus is the terrestrial planet with a dense atmosphere of carbon dioxide and sulfuric acid.
The planet may experience wide temperature extremes due to the thin atmosphere's inability to retain heat. The presence of carbon dioxide in the atmosphere may contribute to a greenhouse effect, further influencing the planet's climate. The lack of a thick atmosphere may also leave the surface exposed to harmful solar radiation.
The atmosphere of Mars is almost entirely CO2.
Mars has a thin, mainly carbon dioxide atmosphere.