Yes.
A planet with fewer active volcanoes would have more craters, as the ash and lava from volcanoes will cover existing craters.
opp
Liquid core
The low density of Saturn would allow it to float in liquid water.
Surface liquids indicate that there can be a gaseous atmosphere, as surface liquids and volatile ices are heated. Liquid hydrocarbons such as ethane show a very cold planet. Liquid sulfur shows a very hot interior. Liquid water shows a warm temperature, an indicator of possible lifeforms (on the surface or in the interior, under an ice shell).
A planet with fewer active volcanoes would have more craters, as the ash and lava from volcanoes will cover existing craters.
The habitable zone is that zone in which water is liquid. Without liquid water, life as we know it would not be possible.
Such an atmosphere on a planet would be the result of carbon dioxide emitted from volcanoes.
opp
Liquid core
The most powerful liquid is water simply because without it life would not be possible.Earth is the only planet which is consist of water that is the reason why life is possible here unlike to the other remaining planets.:-)
The planet Venus is covered with volcanoes from the immense heat from CO2 in its atmosphere. Venus got its name from the Roman (or Greek idk) god of love because of its "shining beauty" from the light of the lava rivers. Many believe that they would have switched its name with Mars (planet named after god of war) they would have known its intensely hostile climate. Mars also has volcanoes but none are active.
The low density of Saturn would allow it to float in liquid water.
It would be impossible to live on Earth since the mantle is too hot and part of it is liquid. From space, our planet would look brown and red.
Saturn is a gas planet, and if it were possible to place it in water it would float. Not sure if the rings would float, but, the planet itself would.
In theory, it would be possible to land on a planet without fling.
That would be, like, "Earth". like, like, really?!