It doesn't disappear so much as dissolve. The ionic bonds that form the crystal lattice between sodium (Na) and chlorine (Cl) are broken in water, causing the ions to float about in the water.
When heat is applied to salt, it can cause the salt to dissolve more easily in a solvent like water. Heating salt can also lead to the release of moisture that may have been absorbed by the salt, causing it to form clumps. Additionally, excessive heat can cause salt to undergo chemical changes, such as decomposition or oxidation.
Solid salt (solute) disappear in water (solvent) - a homogeneous solution is formed.
to get the salt crystals back, out the solution outside or put it ontop of a heat mat on a tripod with a Bunsen burner underneath it to heat it which will cause the water to evaporate leaving the salt behind.
When salt dissolves in water, the number of observable phases is two: the solution of salt and water. The salt crystals disappear as they dissolve in the water, resulting in a homogenous mixture.
salt water cause of the salt particals in the water
No, salt does not disappear in water. When salt is added to water, it dissolves to form a salt solution. The salt particles are still present in the water, but they are not visible to the naked eye.
When heat is applied to salt, it can cause the salt to dissolve more easily in a solvent like water. Heating salt can also lead to the release of moisture that may have been absorbed by the salt, causing it to form clumps. Additionally, excessive heat can cause salt to undergo chemical changes, such as decomposition or oxidation.
solvation
When you stir salt in water, the salt dissolves into the water at a molecular level, forming a homogenous solution. This makes it appear as if the salt has disappeared, but it has actually just spread out evenly throughout the water.
When salt enters water, the water will cause the sodium and chloride atoms from the salt to pull apart and make the salt crystals begin to disappear. However, when the process is reversed and the water is removed by heating, the sodium and chloride atoms will begin to rejoin with each other, forming a solid matter we all know as salt.
If a saline solution (dissolved salt in water) is gently heated, the water will evaporate, leaving salt crystals behind. If the water vapour is captured and condensed, the result is drinking water. The heat used can be a hot plate on an oven, or the warmth from the Sun's rays. Either way, heat will cause the water to evaporate, leaving salt behind.
Salt water holds more heat than fresh water
Solid salt (solute) disappear in water (solvent) - a homogeneous solution is formed.
Heat the water and salt, the water will evaporate and the salt will remain
Acid + Basic ----> Salt + Water + Heat
to get the salt crystals back, out the solution outside or put it ontop of a heat mat on a tripod with a Bunsen burner underneath it to heat it which will cause the water to evaporate leaving the salt behind.
Salt Water, do to its small salt particles which not only the water holds the heat ,but the salt particles TOO!!! Most brines for heat transfer systems are very heavily salted solutions to the point where there is more salt than water [by weight] in them.