Salt that-the evaporated water from-the sea leaves behind is simply reabsorbed by the neighboring water below. Seawater contains a variety of salts, but the major salt deposits in the geological record of ground layers are absolutely pure salt & the most abundant salt in seawater is Sodium Chloride (NaCl).
The water itself turns into vapor and enters the atmosphere. Any dissolved substances within (NaCl, KCl, CaCO3, etc.) are precipitated out
Salts remain as residues.
Salt remain as a residue.
the water evaporates and then it leaves the salt behind
well, Not much but when the water evaporates The salt will still be at the bottom of the cup or bowl. It becomes salty water:P
Salt does not boil away at approx. 100 Celsius. The water evaporates causing the concentration of salt to increase.
Water evaporates faster than salt water and sugar water.
the water evaporates and the salt stays
Salt remain as a residue.
When sea water evaporates it leaves the salt behind and takes the water into orbit
the water evaporates and then it leaves the salt behind
They crystalize
evaporates seawater wich leaves salt
Salt remain as a residue at the bottom.
The minerals precipitate out of the solution. This is one of the methods of obtaining salt - large shallow pieces of land are filled with seawater. When the water evaporates it leaves salt and other minerals (such as calcium) at the base of the land.
the water evaporates, leaving the salt behind.
Impurities from water remain as residues after evaporation.
The salt doesn't evaporate, just the water. The salt stays there. That's how we get sea salt.
Salt is not "made". Seawater is a solution of mainly water and salt. When exposed to sunlight, the seawater, because it's a liquid, evaporates and flyes away. However, salt, being a solid (even when dissolved), will not as easely fly away, and stay behind. It can then be collected and used.