Venus is an extremely unpleasant place. The bright white light seen from Earth is a result of sunlight being reflected off the clouds that completely cover the planet's surface. These clouds are made of sulfuric acid, which is an extremely dangerous substance. The average temperature on Venus is around 480 degrees Celsius, which is hot enough to melt lead. Also, the clouds on Venus have created at atmosphere that is the same as being 800 meters underwater on Earth. The air pressure would be enough to crush some submarines. Finally the winds on Venus are almost always faster than a tornado, averaging around 380 kilometers. per hour. The few spacecraft that have managed to land on Venus have lasted less than an hour before the heat and air pressure have melted and crushed them.
For this reason, a lot of what is known about the surface of Venus has come from spacecraft that have studied the planet from a safe distance. Some of the planet's surface has been mapped using radar telescopes on Earth. Venus has a surface that has many mountains (some higher than Mount Everest), volcanoes and plains filled with lava.
yes but its in the hot atmosphere
No. Venus is far too hot. Its atmosphere is mainly carbon dioxide
Venus' thick atmosphere and closer relation to the Sun makes it astonishingly hot. Hot enough to melt lead and sulphur.
venus
Venus is generally very hot and the atmosphere is very thick and full of clouds.
Venus is hot because it is close to the sun. Venus has an atmosphere but no oxygen. Venus has Carbon Dioxide instead. but is you need a different answer put it in and i'll try 2 answer it 4 u. Venus got its name from the ancient romans. Venus was the goddess of love.
venus
No. The surface of Venus is far too hot and the atmosphere far too dense and corrosive.
Venus is very hot with poisonous gases in the atmosphere, Mars is very cold with a low atmospheric pressure.
It makes it very hot, about 860 degrees Fahrenheit.
venus
Venus has an atmosphere made up of hot swirling clouds of carbon dioxide, which create an intense greenhouse effect and contribute to its extreme surface temperatures.