Sand is at the bottom; water above and above water the oil.
It would probably condensate because of water vapor.
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Depends on the mixture, but if it were sand and water you could use filtration paper or just boil the water to make it evaporate leaving only sand behind. If you wish to take the iron out of the sand grab a magnet and your sand will be clear! This separation technique is called magnesium. If you are separating the sand from a lighter solute (solid) like sawdust use flotation. Place them in water and the sand will drain down to the bottom whilst the sawdust will float on top.
The sand is most likely to heat up faster, particularly if it is dark. The water will have some evaporation, which will keep it cooler. It can also vary by how it is subjected to the sun's heat, like a flat pan or a colored cup, or clear vessel.
A cup of sand, sand sinks in water, thus its heavier.
1 cup of water is the same volume as 1 cup of sand.
OK so yuo have to get a coffie filter then get a cup pour gently to the filter then thats how you seperate water or if you what to get only sand not water you just put both in the cup and heat it and the water well evaporatve and you only have the sand.
the egg will sinks in the cup of warm tap water.
The sand will heat up faster.
It would probably condensate because of water vapor.
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Sand sinks in water because it is denser than water. The particles of sand are heavier and more compact than water molecules, causing them to settle at the bottom of the water. This is due to the force of gravity pulling the denser sand particles down.
uhm, nothing except the water would go into the straw. it really isn't that hard to figure out
Cooking ingredients, liquids, sand etc. The most common would be water and other liquids.
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
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