You have answered this question for yourself. The Density is 0.94 g/mL
However, do you mean , 'what is the rocks volume?'
Remember the eq'n
density = mass./ volume.
Algebraically rearranged
volume = mass / density
Hence
volume = 20g/ 0.94 g/mL
volume = 2.276 mL
More Rocks Have Been Placed On Top Of The Other Rocks
The extrusive volcanic rock pumice can float on water. Other extrusive volcanic rocks are not so lucky.
Conglomarate
The wonder and awe of observing that particular phenomenon has so far eluded me, but I can still state with some assurance that if a rubber band indeed sinks, then its density must be greater than the density of the fluid into which it has been placed.
it melted
Well there are rocks on the beach mostly for habitats but the big stones are normally placed there by human kind for decoration, but animals do live under those rocks because ive seen them ive been crabbing.
It would actually have more of the natural flavor.
No sedimentary rock has been shown to have a density less than water.
Smooth rocks that have been worn down by water are often referred to as "river rocks" or "rounded river stones". These rocks typically have a smooth, polished appearance due to the constant flow of water eroding their surfaces over time.
hot rocks deep in the crust.
The wonder and awe of observing that particular phenomenon has so far eluded me, but I can still state with some assurance that if a rubber band indeed sinks, then its density must be greater than the density of the fluid into which it has been placed.
If the density of water is higher than 1 g/ml, it means that impurities or solutes have been added to the water, increasing its density. This can affect the freezing and boiling points of the water, as well as its ability to dissolve other substances. It may also impact the overall properties and behavior of the water.