There has been a change in energy.
Hydration
Some salts have a property called "hygroscopy". This means that they absorb water from the air in a preset ratio (like, 5 molecules of water for every 2 units of the salt for example). They give this water off when heated. Therefore, there are actually two forms of the salt, they "hydrate" or "hydrous" form, which has the water, and the "anhydrate" or "anhydrous form", which does not. These two forms can have surprisingly different properties. Hydration is the process of going from an anhydrate to a hydrate (the source of the water doesn't matter, so don't say it's "absorbing water from the air").
The property of a salt that enables it to absorb water from the atmosphere is known as hygroscopicity.
Salt forms a solution when added to water.
Neutral means if the is a reaction between a base and alkali which forms a salt.
salt water
The degree of Hydration is just the ration of the salt to the water molecules.
Hydration
A hydrated salt has a number of waters of hydration combined to each molecule of salt whereas an anhydrous salt is one that has had its waters of hydration removed. An example of a hydrated salt is nickel sulfate hexahydrate, NiSO4·6H2O. The waters of hydration can be removed by a simple heating, resulting in NiSO4(s) + 6H2O(g).
It's called "water of hydration".
Some salts have a property called "hygroscopy". This means that they absorb water from the air in a preset ratio (like, 5 molecules of water for every 2 units of the salt for example). They give this water off when heated. Therefore, there are actually two forms of the salt, they "hydrate" or "hydrous" form, which has the water, and the "anhydrate" or "anhydrous form", which does not. These two forms can have surprisingly different properties. Hydration is the process of going from an anhydrate to a hydrate (the source of the water doesn't matter, so don't say it's "absorbing water from the air").
The property of a salt that enables it to absorb water from the atmosphere is known as hygroscopicity.
The combination that forms salt are sodium and chloride! hope that helps?
The combination that forms salt are sodium and chloride! hope that helps?
Not necessarily. There could be water molecules (hydration) present in the crystal lattice.
Salt forms a solution when added to water.
Salt. You get salt flats.