Short answer: Yes.
Long answer: Saturn is less dense than water, so it would float in a hypothetical ocean. However, it's very unlikely to find an ocean to put it in, even in other solar systems. Anything that big probably wouldn't be a planet - it would be a brown dwarf or a full-fledged star. Stars and dwarfs don't have anything we would call oceans.
Saturn is the least dense planet, only 0.7 g/cc on average (less than water's density). If you could put Saturn in bathwater, it would float.
Saturn is less dense than water. So the Answer is Saturn.
The least small and least rocky planet is probably Saturn. Saturn - as a whole planet - has a density less than water, meaning that if you could find a lake big enough to put it in, Saturn would float!
Saturn is a gas giant planet, with a less-dense core than some other planets. The planet's overall density, is less than the density of water. Hence the quite correct old saying in astronomy" "If you could find a lake big enough to put it in, Saturn would float".
well of course not. Saturn is the second largest planet so the gravitational pull will be too much even on Jupiter has the most gravity so u'd be much more heavier on Jupiter, Saturn, uranus and neptune
Yes, Saturn has a lower average density than water. The average density of Saturn is around 0.69 grams per cubic centimeter, while the density of water is about 1 gram per cubic centimeter. This is primarily due to the large amounts of gases like hydrogen and helium that make up Saturn's composition.
Saturn because if you put it on a river big enough it would float.
yes they do if u put enough air into them but they don't work in the deep or shallow parts of the ocean or sea
No, the Earth would not float in a bathtub because the Earth is much more massive and dense than water. The force of gravity acting on the Earth's mass would pull it down into the water, causing it to sink.
put rockets on it or attach fishing line to the top of it then put the other end on a long stick.
Yes, conditionally . If you had a big enough body of water held in a container by gravity it would. Although most of it would immediately deform from a sphere into layers on top of the water . This is possible because Saturn is mostly made up of gas that is less dense (less mass per unit of volume) than water. The problem would be finding a solid planet big enough to put the water on.
Saturn is the second biggest planet in our solar system and It's known to be 75,000 miles long (120,000 Km). To put this into perspective 764 earths could fit into Saturn!