Because europa has the same impact rate as her sister but europa is one of the smoothest planets, meaning there would be water rising and forming more ice making it look like there is no craters.
yes there is water europa but its slushy
yes
Europa
They believe there is liquid water underneath its frozen surface. If there is liquid water on Europa, there might also be life.
They believe there is liquid water underneath its frozen surface. If there is liquid water on Europa, there might also be life.
Possibly. Europa has an ocean of liquid water under its icy crust, which might have light.
Scientists believe that there is liquid water, under the crust of Europa.
Possibly liquid water
As far was we know the development requires water in its liquid for to be present and a source of energy to supply/drive chemical reactions. We know that deep down Europa has a liquid layer (of water) and the geysers of this water into space proves that there is energy in Europa's core.
As far was we know the development requires water in its liquid for to be present and a source of energy to supply/drive chemical reactions. We know that deep down Europa has a liquid layer (of water) and the geysers of this water into space proves that there is energy in Europa's core.
The icy surface of Europa appears to be broken up into segments not unlike the tectonic plates on Earth. The surface appears, in geologic terms, to be rather young. If the surface is moving as we have found, then there is most likely a liquid layer under the ice.
They think that life might exist on Europa because they have found evidence of liquid water on Europa. Hope this helps. :) <3
Potentially. Evidence suggests that there is liquid water inside Europa, which opens the possibility that it could hold some sort of life.
There is an ocean on Europa which contains liquid water. Other than the Earth, Europa is the only place in the solar system where we have found liquid water. Life as we know it is very dependent upon liquid water, and life is believed to have originally evolved in the water, before moving to the land.