No. Venus is far too hot for water to exist on its surface.
No. Venus is too hot for liquid water to exist.
It is too cold for liquid water to exist on the surface
Water can exist in three states; as liquid water, as solid ice, and as the gaseous water vapor. In the presence of a cold surface such as the outside of a glass containing ice, vapor in the air will condense into liquid water on the cold outside surface.
sort of. while the surface of Venus is to hot to support liquid substances that could be found on earth, and to cold to melt salts, metal, and rock, in effect its entire surface is a giant ocean. due to it's substantial atmospheric pressure (92bar) co2 and n2 exist as super critical fluids on the surface of Venus. a super critical fluid is a substance that is at a temperature and pressure were the phase distinction between liquid and gas disappears. such substances behave like liquids and gases because they can both effuse through solids and act as solvents. the super critical co2 is of particular interest because it can dissolve both polar and no-npolar substances and thus could serve as a alternative biological solvent to water. additionally sulfur and some sulfur based compounds could theoretically exist as true liquids at the temperatures and pressures present on the surface of Venus, however if such liquids exist, it is unlikely that the are present in large quantities as they would have been detected by the radar mapping techniques that have been employed in the study of Venus's surface.
Currently, Mars is too cold for liquid water to exist on its surface. Dry river beds suggest that liquid water once flowed there.
It is too cold for liquid water to exist on the surface
No. Venus is too hot for liquid water to exist.
Mars is a planet that is too cold for liquid water to exist on its surface. Almost the entire surface of Mars is covered in ice.
It is too cold for liquid water to exist on the surface
Mars is a planet that is too cold for liquid water to exist on its surface. Almost the entire surface of Mars is covered in ice.
Because on Mars it is too cold so any water on the surface is frozen, while on Venus its too hot.
C.Europa
europa
It is too hot.The surface temperature could melt lead.
I think that temperatuer does exist in venus because mars has ice capsand all the seasons but its cold. Venus has seasonal temperatuer but we dont notice it.
Water can exist in three states; as liquid water, as solid ice, and as the gaseous water vapor. In the presence of a cold surface such as the outside of a glass containing ice, vapor in the air will condense into liquid water on the cold outside surface.
The temperature on Mars is too cold for water to exist in liquid form on its surface.