There is no known planet that would be able to float in water, as planets are much larger and denser than water. However, hypothetical lightweight planets made of less dense materials like ice or certain gases could potentially float in a giant body of water if it existed on a massive scale.
The average density of Jupiter is 1.326 g/cm3The average density of a human is 1.01 g/cm3Therefore, a human would float on Jupiter since human density < Jupiter density.What is likely to happen is the outer layers of Jupiter are not very dense much less than 1 g/cm3. Near the center of Jupiter the density would be much greater due to the pressure from all the atmosphere above it pushing and compressing it.So a human body would end up floating somewhere in the middle of Jupiter, it would not be at the "surface." It would also not be able to sink to the center.
Technically no. You see, if the density of the person sitting on top of the sack of apples were less than the density of water, than it would float, i dount that this would actually be the case. Also it would be able to float if the sack of apples were one of those floating devises used in the water. lol
I have a marker which float in water.
Ice is less dense than water, therefore, it is able to float on top of water, which is more dense than ice. Because of this unique property of water, life is able to exist in Antarctica, seeing that organisms would need to be able to utilize water for metabolic functions.
Ice is less dense than water, therefore, it is able to float on top of water, which is more dense than ice. Because of this unique property of water, life is able to exist in Antarctica, seeing that organisms would need to be able to utilize water for metabolic functions.
Saturn has a very low density and it would be able to float on water. The density of Saturn is: 0.687 grams per cubic centimeter.
Saturn is the planet that is so light that it could float on water. Its average density is less than water, which gives it the unique characteristic of being able to float in a large enough body of water.
Saturn would float in a bathtub because it has the lowest density of all the planets. If something has very low density, it floats. Thus explaining why Saturn would float
About 15.
The average density of Jupiter is 1.326 g/cm3The average density of a human is 1.01 g/cm3Therefore, a human would float on Jupiter since human density < Jupiter density.What is likely to happen is the outer layers of Jupiter are not very dense much less than 1 g/cm3. Near the center of Jupiter the density would be much greater due to the pressure from all the atmosphere above it pushing and compressing it.So a human body would end up floating somewhere in the middle of Jupiter, it would not be at the "surface." It would also not be able to sink to the center.
Buoyant means able to float. Adjective.
Technically no. You see, if the density of the person sitting on top of the sack of apples were less than the density of water, than it would float, i dount that this would actually be the case. Also it would be able to float if the sack of apples were one of those floating devises used in the water. lol
They are too top heavy to be able to float upright or upside down, if you filled it with water a bit, then it will start to be able to float easier.
It feels like you are weightless, and you can float in the air like you float on water. Houses and other structures would float, too, and you would not be able to live --- or build --- a house that easily. If there was no gravity, things would not stay on the ground, so we need gravity to make sure we do not float to the atmosphere. It feels like you are weightless, and you can float in the air like you float on water. Houses and other structures would float, too, and you would not be able to live --- or build --- a house that easily. If there was no gravity, things would not stay on the ground, so we need gravity to make sure we do not float to the atmosphere.
coal can float on water, because water's density is 1.0 g/cm3. and nothing is able to float on water unless it's density is less than water's density (; hope this helps you out! coal can float on water, because water's density is 1.0 g/cm3. and nothing is able to float on water unless it's density is less than water's density.
No, the moon cannot float on water because it is a massive celestial body that exerts gravitational force. It would not be able to stay afloat on the surface of water.
Wood floats in water.