By heating water is evaporated and salts remain as a solid residue.
Evaporating the water crystallized salts are obtained.
separate into ions.
Yes, lanthanide salts dissociate in water to form lanthanide ions and their corresponding anions. This process is similar to the dissociation of other salts in water, where the cation and anion separate due to the interactions with water molecules.
an electric desalter is one which uses a high electric potential to separate the salts present in the crude. it is a horizontal drum .it forms an emulsion with crude an emulsion is a mixture of crude and water.water added to the crude acts as an solvent for dissolving the salts present in the crude .once these salts are properly dissolved the electric charge breaks these salts into charged ions and form a dipole .water along with salts settle at the bottom and the crude overflows to the fractionation column
Water molecules are polarized (one side is positive and the other is negative), which encourages the ions in salts to separate from each other.
Water samples contaminated with excess salts can be purified through techniques such as reverse osmosis, which uses a semi-permeable membrane to separate salts from water. Another method is distillation, where water is heated to create vapor, leaving salts behind, and then condensed back into liquid form. Ion exchange is also effective, where ions in the water are exchanged with ions from a resin, effectively removing excess salts. Each method varies in efficiency and suitability depending on the specific salinity and contaminants present in the sample.
probably hydrated beryllium salts like BeCl2.H20
Salts mainly comes from the soil that is being eroded by the water. The water from higher places such as the mountain comes down anderode the soil which contain many salt molecule. This makes the salts to be present in the soil
The most important salt in the sea water is sodium chloride; other salts present are KCl, CaCl2, MgCl2.
Water is effective at dissolving salts because of its unique molecular structure that allows it to surround and break apart the ions in the salt, causing them to separate and dissolve in the water. This process is known as hydration and helps salts dissolve in water even though water itself is not a salt substance.
To remove the water of hydration. the loss of weight will be the weight of water present in the original salts.
because the salts get deposited on the wal which are present in water