The average density of Jupiter is 1.326 g/cm3
The average density of a human is 1.01 g/cm3
Therefore, 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.
Yes, Arnaldo Godinez is a scientist and may have said that Jupiter will be able to float in the water.
Saturn would actually float in water if you placed it in it. Pluto would also float in water, but is no longer considered a planet.
Saturn would float if it were put in water.
Saturn would float. It is the least dense planet, with a density that is lower than the density of water.
- yes it can . (:
yes it would
yes
Saturn
Salt water has a higher density. The general rule is that an object will float if it has less density than the liquid in which it is placed.
the object would float on top of the water so the water level would change because of the heavy object
It will float if placed carefully enough.
As a general rule, an object will float if its density is less than the fluid it is placed in. Most types of wood have less density than water, so they will float in water.
Because of the comparative density. If the objects density is greater than water it will sink, if less then it will float.
The density of the wood would not be affected by being placed in water. However, the wood itself, with a density of about 0.77 gm/cm3 , would float.
float
die..and its body will float on the surface
A rock could float if its density is less than that of water, as is the rock pumice, or if it is shaped in a manner that would displace an amount of water to sufficiently cause it to float when carefully placed in water.
Theoretically, the planet Saturn would float when placed in water because it has an average density that is less than the density of water. On the other hand, there is probably not enough water in the solar system to permit the experiment to be performed. If you choose not to consider the planet as a whole, the atmosphere would float on the water but the rocky core would sink like a stone.
No. To get them to float they must be placed on something light.
Theoretically, the planet Saturn would float when placed in water because it has an average density that is less than the density of water. On the other hand, there is probably not enough water in the solar system to permit the experiment to be performed. If you choose not to consider the planet as a whole, the atmosphere would float on the water but the rocky core would sink like a stone.
it will sink of it will float.
It would be submerged in water.
Since Saturn has a mean density of 0.687 g/cm3, less than that of water, it is nice to think that it would float in water. While that is (sort of) true, you also have to consider that Saturn is much colder than the freezing point of water, so it would freeze whatever water it was placed in. Also, Saturn's core is much denser than water, so one would also have to consider what happens when the atmosphere of Saturn is boiled away by the temperature of the water. In the final analysis, it is moot, because the volume of water required to attempt to float Saturn would exceed the volume of Jupiter, and we just don't have that much water available.
Salt water has a higher density. The general rule is that an object will float if it has less density than the liquid in which it is placed.
the object would float on top of the water so the water level would change because of the heavy object