No, not in water. Gold is very dense. However, if you found a liquid that is more dense than gold, at a temperature that would not melt the gold, then the gold would indeed float in it.
Yes Sand is more dense than water because it sinks in water... therefore it is denserIts mass is much higher.If you do you a mass-to-volume ratio you should get you answer.(mass/volume)Or just test if it sinks ( it will )
1cm3 of gold is heavier than 1cm3 of cotton. This is because gold is much more dense than cotton; though the cotton and gold both take up 1cm3, the gold is much more dense, and therefore has a higher mass than the cotton.
Air is more buoyant than water because air is less dense than water, and everything the thing that is less dense is always more buoyant than what is more dense than it.
Lead is more dense than water.
No. Sand sinks in water because sand is more dense than water, not the other way around.
No, gold is much more dense that aluminum.
A kilogram of sand takes up much less space than a kilogram of feathers because sand is denser than feathers. Density refers to how much mass is contained in a given volume. Since sand particles are heavier and more compact than feathers, they occupy less space for the same mass.
Uh, maybe because Sand weights more than cotton?im guessing .
Gold is more dense than mercury
Osmium and gold are more dense than mercury.See the Related Questions for a complete list of the most dense elements (many of which are more dense than mercury).
No. Gold is much denser than pyrite.
because it wants to be
Sand is nothing more then very small rocks. rocks are more dense then wood. even taking a bunch of sand, there is more mass then an equal volume of driftwood because the individual grains of sand pack very tightly together.
It is supposedthat gold is four times more dense than ununoctium.
There are several, including gold.
No, not in water. Gold is very dense. However, if you found a liquid that is more dense than gold, at a temperature that would not melt the gold, then the gold would indeed float in it.