Let's assume you're referring to the [dwarf] planet Pluto.
The aggregate density of that body is 2.03 grams per cm3 , or 2.03 times
the density of water.
Ignoring the practical difficulty of setting a body that large down into one of
earth's oceans, we can say with assurance that even if it could be managed
mechanically, Pluto would not float in water, because its density exceeds that
of water.
You can't float but you can fly. (Floating implies liquid, and Pluto has no liquid that we know of).
No. Pluto has a stable orbit around the sun.
A human could float with ease on Pluto, but could not propel himself/herself due to lack of significant atmosphere.
It is waters greater density than air that allows some substances to float on water.
If an objects density is greater than the waters density it will sink but if it's density is less than the waters density it will float
No, Pluto is much denser water. The only planet or similar object less dense than water is Saturn.
Pluto
it is salty and salty waters are dense
Saturn, because it's density is less than that of waters.
yes it does because its density is 0.00133 which is less than waters which is 1
Yes they do in fact they can float forever! Even in choppy waters in the middle of the ocean with hungry sharks. Overall, they are known for their floating.
it will float to warmer Waters and eventually melts.