Many salts, like table salt, do not actually form molecules. Instead the atoms are ionicly bonded: as separate oppositely charged ions they are attracted to each other but never actually attach to form a molecule.
regular geometric patterns and they form crystals
the are a solid therefore their particles are close.
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the salt and water particles in the sea water are mixed together just like when you stir salt and water together the salt dissolves, that is the same as when it is the sea.
Assuming that you are referring to sodium chloride and the particles refer to the elemental atoms, they are arranged in a cubic lattice.
crystals
Even if you simply air dry the sea water, you can easily find the salt. You have many alternatives too. You can also boil the water till all the water evaporates to find the salt as a residue.
because the sea water is salt water
no, sea water is a mix of H2O, sand, salt and others. H2O (water) isn't a metal and salt isn't either
salt
The concentration would be about the same as for sea water.
Sea water is a heterogeneous mixture. Although it does contain fully dissolves solutes it also contains suspended particles and countless living organisms.
Sea water is salt water.
the water has no salt and the sea water has salt
Yes, the sea does contain salt water.
The bering sea is salt water.
the sea water is stored in sandboxes and as the water is absorbed the salt stays in the box and we get the salt
The red sea is normal salt water sea.
Yes the Aral sea has salt water
Salt dissolve in water. Basically the sea is salty water.
Sea salt is extracted from sea waters by the evaporation of water.
A clue is in their name - sea turtle - sea is salt water.
Sea salt comes from the sea and tastes like sea water.