Essentially, sand is more dense and has more mass, thus it sinks.
durr.
hi
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 )
No, because mud is a mixture of water and dirt, which is denser than water, so the average density is greater than water. However, water tends to mix with mud, which may give the illusion that it is more dense.
Yes.
The mass of a volume of a material depends on its density. A cup of water is likely to have less mass than a cup of sand, because the density of rock is generally much greater than water, and sand is fine particles of rock.Sand can be packed into a cup at different densities, but even if only lightly poured into the cup, the air between the sand particles will not be sufficient to make the density lighter than that of water, as most rock is at least twice as dense as water.Some rocks are apparently less dense than water: they even float! But, this is because they have trapped air bubbles in them which lighten them, and once ground into sand, they will be much denser as the air is no longer trapped within the rock.Some examples of densities are:water 1 g/cm3granite 2.7 g/cm3sandstone 2.3 g/cm3
grains of sand will stick together when wet because of the property of water known as cohesion. cohesion occurs because the water molecule will become attracted to the sand because water will become polarized
No. Sand sinks in water because sand is more dense than water, not the other way around.
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 )
no. The water is the solvent and the sand is the insoluble material. When you have a insoluble material it sits at the bottom. Sand is more dense then water.
Sand has a higher density than water and therefore it will sink in water. The density of sand varies depending on the type but is usually in the region of 2-3 g/cm3 compare to 1 g/cm3 for water.
Let it sit. Sand is more dense than water, and will sink to the bottom of the solution.
sand cools of faster because the sand is less dense and it depends on witch sand beach sand will cool of faster because it is mostly water under it so it will cool of faster
more dense substances sink, less dense substances float. oil will not sink in water, it will float, it is less dense.
because it wants to be
Uh, maybe because Sand weights more than cotton?im guessing .
Quicksand involves water cohesion and density. You sink in quicksand because you are more dense than the sand-water mixture. No chemical reactions are involved.
No, because mud is a mixture of water and dirt, which is denser than water, so the average density is greater than water. However, water tends to mix with mud, which may give the illusion that it is more dense.
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.