There is liquid sulfuric acid in the upper cloud layers of Venus' atmosphere. It evaporates before it reaches the surface. There is no water to speak of, due to the temperature of 860 F. Some scientists think that water did exist several billion years ago, but it has long since boiled off in the runaway greenhouse effect of the atmosphere, which is 96.5% carbon dioxide and 3.5% nitrogen.
No. Venus is too hot for liquid water to exist.
Venus is closer to the sun, so it's hotter there. Water needs to stay below 100 deg C to remain a liquid, and Venus is hotter than that.
The only object in our solar system other than Earth to have rivers is Titan, Saturn's largest moon. Instead of water, Titan has rivers of liquid methane. Other planets outside of our solar system probably have rivers, but we have only discovered a tiny fraction of these planets and we do not know what their surfaces look like.
Venus is a hot and dry planet with no liquid water on its surface. Its high temperatures and runaway greenhouse effect have caused any water that may have once been on the planet to evaporate and escape into space. Although traces of water vapor have been detected in the atmosphere, there is no known source of liquid water on Venus.
Venus is a hot and dry planet with a thick atmosphere composed mainly of carbon dioxide, so it does not have liquid water on its surface. It is believed to have undergone a runaway greenhouse effect, leading to its current inhospitable conditions.
No. There are no liquid bodies on Venus.
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No. Venus is too hot for liquid water to exist.
No, Venus does not have a hydrosphere. The extreme temperatures and atmospheric conditions on Venus make it unable to support liquid water on its surface.
Venus has no liquid water and is far too hot to support life.
Venus does have liquid alike mars because when the earth rotates it hits a cold spot and because the sun is so big it doesn't get any feed from the sun.
No, the planet is to hot for it to have bodies of water
Probably Venus has every element known but some of them would be in very small quantities.
Venus is closer to the sun, so it's hotter there. Water needs to stay below 100 deg C to remain a liquid, and Venus is hotter than that.
Because on Mars it is too cold so any water on the surface is frozen, while on Venus its too hot.
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There are no liquids present on the surface of Venus. However, the appear to be lakes, seas, asn streams of liquid methane on the surface of Titan.