to get the water back you have to heat the solution and collect the water vapour in a slightly cold container and the gas will condense back into salt free water
put the saltwater in a container, put it out in the open and let it evaporate
Evaporation of the water with heat is by far the easiest way.
Simple, you boil the water, when it eventually evaporates, all that will be left is the salt.
There is no way to recover salt crystals. I don't think there is a way, unless I am mistaken and there actually is a way.
You need to evaporate it.
salty water is evaporated & thus salt remains & water gets evaporated
Epsom salt is MgSO 4 .7H 2 O and sea salt is NaCl.
salt water (I think I'm not 100% sure though)
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the salt draws water from the plants causing eventual death of the plant.
suppose there is a mixture of salt and water..salt completely dissolves in water so after a certain time we will not be able to see salt particles in water..to recover the salt from the solution we can evaporate water and salt residues will be left behind.
salty water is evaporated & thus salt remains & water gets evaporated
Almost any, but the easiest is a water solution. You just let the water evaporate.
Epsom salt is MgSO 4 .7H 2 O and sea salt is NaCl.
Add more water until all the salt dissolves. Filter this mixture. The sand will be on the filter. Dry this out and sand will be left. Take the salt water and evaporate the water off and dry salt will be left. Condense the water from the evaporation and water is recovered too.
Salt may be recovered from sea water by evaporation using either Solar or Wind as the active agent. If it is the water you wish to recover, then evaporation followed by condensation would do the trick. Or you could use a 'reverse osmosis' process, as used in long distance yachting.
Water is recovered by sanitation and water treatment plants
You could evaporate the water, leaving the salt behind.
i think by distillation..we can get pure water and salt
it would depend on the objects chemical compound structure like aluminum can be retreaved under water and salt too from evaporation.
Evaporate water, then the salt would be separated.
This is a physical change. This is a an interesting example - it is considered to be physical because the salt can be recovered through evaporation. However the salt in solution is separated into ions which are solvated by water molecules- this could be argued as a chemical change.- as there are albeit weak interactions between the water and the ions. Some salts dissolve and hydrolysis occurs, a "genuine" chemical reaction with water. An example is sodium acetate, (a salt of a weak acid), this dissolves to give a basic solution- this would be a chemical change. This is reversible - you can evaporate the water and get the salt back.