Simple collect the water gas and cool it using a condenser in a condensing tube which will cause the water to return to liquid state and collect it in a beaker
salt and water. let the water evaporate and the salt should be left behind.
evaporation of the water. Water boils at a relatively low temp. sand does not, so sand would be left behind.
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Salt dissolves in water, sand does not. Mix water with the solids, pour off the water, and sand is left behind, Evaporate the water by boiling it, and the salt will be left.
No it cant because suger dissolves into water
<p>You can separate the sand by filtration, but still the salt (mainly sodium chloride) is dissolved in the water. Then, you can separate the salt from water by distillation. The liquid you collect after water vapor is chilled is distilled water. You can use other methods to separate sand as sedimentation (usually slower than filtration) and salt as reverse osmosis.<p>
If you let the water evaporate, the sugar will be left behind.
Boil away the water and the salt will be left.
Evaporate the water. Salt is left behind when the water dries up.
Evaporate the water, suger and salt will be left behind.
Evaporate the water, suger and salt will be left behind.
salt and water. let the water evaporate and the salt should be left behind.
They separate at the boiling point of water, 100o Celsius, because the water boils away and the sodium chloride is left behind.
salt and water. let the water evaporate and the salt should be left behind.
Not with the current amount of water on earth, there would still be land left over
Since salt is soluble in water then you have to separate the mixture from sand first and this is done by filtration. The sand will be left in the filter paper and the filtererd solution would be that of salt and water. To get the salt you would then have to heat the solution and the water will evaporate leaving the salt behind.Filter Paper
They would separate back out. It's not chemically combining the two by just mechanically mixing them together.