A Pan
A salt -pan
A basin
A creek
Below answer is correct, however, for large scale production, seawater is evaporated by exposure to sun and wind. leaving salt behind. The picture above shows an evaporation system, and salt is being raked from the area where water has evaporated.
evaporate the sea water and mine it.then another way if we condense and heat it the salt will remain
Sea water is boiled until the water evaporates completely and the sea salt is left.
Pure table salt obtained from rock salt or sea water are similar - sodium chloride, NaCl. It is not necessary to prepare a homemade sea salt (excepting the situations when other salt doesn't exist).
As there is a higher concentration of salt in the sea water, salt will diffuse into the cell and this will cause the cell to shrink.
The metal Sodium, as sea water contains salt which is NaCl (Sodium chloride).
salt is not from salt water
Sea water can be used to obtain salt because water is a solvent, and sea water is generally near saturation. Because the water is full of salt, which does not evaporate, when the water evaporates, salt crystals are left behind. Essentially, you are not obtaining salt from the sea water, but removing the water from the sea salt.
A Pan A salt -pan A basin A creek
Salt beds. The water is allowed to evaporate from the beds leaving the salt.
By evaporation of water sodium chloride is obtained.
Sea water is enclosed in a closed area. Water is evaporated and then salt is obtained.
sodium ******************* Salt
Evaporating the water from sea waters crystallized sodium chloride is obtained.
Salt can be obtained by evaporation of sea water.
Be evaporation of water crystalized salt is obtained.
Salt is obtained by the evaporation of sea water followed by purification(processes of dissolution/crystallization/recrystallization).
Part of table salt is obtained from the evaporation of sea water.
Water is collected, then encouraged to evaporate, leaving the salt behind.
After the evaporation of water crystalline sodium chloride remain.