In several ways.
They can pump seawater into evaporation troughs.
They can drill holes in salt deposits and pump in water, let the water dissolve the salt then pump the brine into evaporation troughs.
They can also mine the salt like any other mineral would be.
Both the process of evaporation and crystallization can be used.
Salt is extracted from mines or sea waters.
A saltwater solution forms when salt is dissolved in water. Solids do not dissolve in gasses, though they can sometimes change from a solid state to a gaseous state in a process known as sublimation. This is not analogous to dissolving.
yes because salt and water make saltwater in a solution.
Salt water is a homogeneous solution, and a mixture.
Simple: a true solution of a salt in water or another solvent.
The solvent is the water (chemical formula H2O). The solute is the salt (table salt, NaCl or another substance).
Saltwater is a solution because you can get fresh water and some salt and mix it and then you get saltwater.
Solute.
freeze the saltwater solution
It would be the solute.
Evaporation. Boil the saltwater, and collect the vapour. Condense it back to liquid - and the salt solids will be left behind in the original container.
Salt water is a homogeneous solution, and a mixture.
yes because salt and water make saltwater in a solution.
No. Pure water is a compound, which is a pure substance. A saltwater solution is a mixture of water and salt, and is not a pure substance.
In a basic saltwater solution, the water molecules would be the solvent and the salt molecules would be the solute.
A saltwater solution forms when salt is dissolved in water. Solids do not dissolve in gasses, though they can sometimes change from a solid state to a gaseous state in a process known as sublimation. This is not analogous to dissolving.
yes because salt and water make saltwater in a solution.
You boil the saltwater, collect the steam and have it cool back into water in a different container, and whats left after all the water has been boiled, is the salt.