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In short, yes
A big part of the solution to solving the water crisis problem is filtering water to remove salt. Another solution is recycling water.
Yes, they are homogeneous mixtures (for the tea after filtering).
Salt is soluble in water; gravel is separated by filtering the solution or by decantation.Power is not a material.
Salt is too heavy to actually evaporate from the water, so when water evaporates, it leaves most the minerals behind. It's like a natural filtering process.
No, because filtering through coal only removes particles, however, a salt which is dissolved in water and is a solution can not be physically filtered through coal. An example of filtering salt would be evaporating the salt water which leaves with salt
The kidneys produce urine by filtering the blood.
If you mean, "Why does filtering not separate a solute from a solution," then the answer is: Filtering is a mechanical process to remove physical particles of solid matter. If something is dissolved, like salt (the solute) in water (the solution) there are no physical particles of matter to remove - the salt is chemically dissolved and in solution.
Filtering does not remove dissolved substances, like the salt in sea water. You could filter out the grit and algae, but the water would still be too salty to drink.
Because the salt solution is monophasic; filtering is applied when a precipitate exist.
In short, yes
A big part of the solution to solving the water crisis problem is filtering water to remove salt. Another solution is recycling water.
Filtering alone is not sufficient to make sea water fit to drink because sea water contains high levels of salt and other impurities. Simple filters are not capable of removing these substances effectively. Additional methods, such as desalination or reverse osmosis, are required to remove the salt and make sea water drinkable.
no as it is desovled in solution you would have to boil off the water.
no as it is desovled in solution you would have to boil off the water.
Diamonds can be separated by filtering of the water solution.
Yes, they are homogeneous mixtures (for the tea after filtering).