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What planet has a dens e carbon dioxide atmosphere and high temperatures?
Wiki User
∙ 12y ago
That would be Venus. Its dense carbon dioxide atmosphere traps heat using the "greenhouse effect", making the temperatures so high that the surface of the planet is soft and melted.
Wiki User
∙ 12y ago
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What planet has a dense carbon dioxide atmosphere and high temperatures.?
Venus
What planet has a dense carbon dioxide atmosphere and high surface temperatures?
Venus
Which planet has the dense carbon dioxide atmosphere and high surface temperatures?
Venus.
What planet is dominated by carbon dioxide and has a hot atmosphere?
Venus has an atmosphere mostly of carbon dioxide and has a runaway greenhouse effect. Temperatures there are over 460 °C (860 °F).
Which planet has a dense carbon dioxide atmosphere and high surface temperatures?
Venus does. It's atmosphere is made of up 96.5% Carbon Dioxide (CO2) and has an average temperature of 464C.
Terrestrial planet with a thin carbon dioxide atmosphere?
Mars is the terrestrial planet with a thin carbon dioxide atmosphere. Venus also has an atmosphere of carbon dioxide, but it is very thick.
What planet has a thick carbon dioxide atmosphere?
Venus has the thickest carbon dioxide atmosphere.
How would a planet have an all carbon dioxide atmosphere?
Such an atmosphere on a planet would be the result of carbon dioxide emitted from volcanoes.
What planet has carbon dioxide and nitrogen in its atmosphere?
Earth, Mars and venus all have nitrogen and Carbon dioxide in their atmosphere, though the levels vary from planet to planet.
What does venus have on it's planet?
A thick carbon dioxide atmosphere and chronic global warming with temperatures up to 500 degrees C.
Does planet Mars have an atmosphere?
Yes it does, its atmosphere is mainly full of carbon dioxide.
Is the Martian atmosphere dense with a high concentration of carbon dioxide?
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.
