What sodium chloride dissolves in water the sodium chloride dissociates into?

NaCL(s) -> Na+(aq) + Cl- (aq)

Sodium chloride and water do not react. Sodium chloride dissolves in water.

When sodium chloride dissolves in water, it dissolves to form the chloride and sodium ions, therefore forming a conducting solution.

Ammonium chloride, NH4Cl, dissolves in water and dissociates into the ammonium, NH4+, and chloride, Cl-, ions

Into Na+ and Cl- ions.

It dissociates to form sodium cations (Na^+) and chloride anions (Cl^-).

Sodium chloride dissolve in water because it is an ionic compound.

Sodium chloride is dissociated in water: Na+ + Cl-.

Sodium chloride is easily dissolved in water because it is a polar compound.

Water dissolves the salt 'sodium chloride' because it is a good ionic solvent.

The particles from the sodium chloride mix together with the water particles. This then makes a solution.

Sodium chloride is dissociated in water: NaCl-----------------------------------Na+ + Cl-

It separates into positive sodium and negative chloride ions.

it dissolves :)

Sodium Chloride, which dissociates rapidly in water.

This depends on the amount of sodium chloride.

The ions that form from the dissociation of sodium chloride in water is Na+ and Cl- , known as the "sodium ion" and the "chloride ion" respectively.

Sodium chloride is very soluble in water; the solution contain ions Na+ and Cl_.

Sodium chloride is polar.

Sodium reacts violently with water, while sodium chloride (or table salt) dissolves in water.

This possible because sodium chloride is a polar, ionic compound.

Yes, sodium chloride conducts electricity when dissolved in water. Because sodium chloride is an ionic compound, it dissociates into positively charged cations and negatively charged anions when dissolved in water. These ions are able to conduct electricity. Consequently, a solution of sodium chloride can conduct electricity.

it dissociates to form Na+ ions and nitrite ions (NO2-) which are then hydrated by water molecules

it doesn't. it dissolves in water. sodium chloride is just common table salt. try it at home!

Due to extensive hydrogen bonding between the two compounds.

Potassium Chloride is used as a water softener. it dissolves quicker and easier then sodium chloride.

After the sodium chloride dissolves in the water, the mixture can be filtered and the carbon residue then rinsed with clean water and allowed to dry. The sodium chloride will reform as solid crystals after the water has evaporated from the filtrate.

Dissolved sodium chloride in water produce: Na+ (cation) and Cl- (anion).

You already know this! Because the main component of table salt is sodium chloride and table salt dissolves in water.

The dissolving of solid Sodium Chloride in Water is NOT a chemical reaction and therefore does not have a chemical equation.

The reaction with sodium is that there starts to be fire on the water, so it acts violently. Sodium chloride dissolves in water, because it is salt (table salt).

When sodium chloride is dissolved in water, a process called solvation occurs. Water is a polar in nature and it is a polar solvent. The water molecule has a positive end and a negative end . The positive part of the water molecule is attracted to the negative part of the sodium chloride, the chloride ion. The negative part of the water is attracted to the positive part of the sodium chloride, the sodium ion… Read More

Sodium chloride is very soluble in water.

Sodium chloride dissolves easily in water because both salt and water molecules are polar and salt is an ionic compound.

Bonds are not formed when Sodium chloride dissolves in water, the reverse happens, the ionic bonds disassociate so that the solution contains free Na+ and CL- ions.

Water is a polar solvent and NaCl is an ionic compound.

When the sodium chloride dissolves in water, it becomes an aqueous solution. As a related sidenote, when sodium chloride reacts with water, it becomes hydrochloric acid + sodium hydroxide, which can be illustrated by the balanced equation: H2O + NaCl <-> HCl + NaOH

Yes,Sodium chloride is conductive in water.It conducts electricity when dissolved in water.Because Na Cl(sodium chloride) is an ionic compound,it dissociates into positively charged cations and negatively charged anions when dissolved in water. These ions are able to conduct electricity.Consequently a solution of sodium chloride can conduct electricity

When sodium chloride dissolves in water, the ions in the crystal (Na+ and Cl-) enter the aqueous phase, Na+(aq) and Cl-(aq).

In Sodium Chloride, Sodium ion (Na+) and Chloride ion (Cl-) are combined by ionic forces,Where as in Iodine Molecule Two Iodine atoms are combined by covalent bond.Covalent bond is always stronger than ionic Bond.So in water the weak bond (Ionic Bond) dissociates easily and Nacl Dissolves Readily compared to Iodine.

Hydrogen chloride dissolves in water and completely dissociates to H+(aq) and Cl-. It is a strong acid

No. Sodium chloride in water dissolves into its individual Na+ ions and Cl- ions due to the polarity of the water molecule. This is not a bonding between water and sodium chloride. In fact there is no chemical reaction at all taking place. The dissolving of the sodium and chloride ions by water is a physical change, and can be reversed by letting the water evaporate.

when sodium chloride dissolves in water, how many solute molecules result?

In solid sodium chloride, the ions are fixed in place in a giant lattice. When it dissolves in water the ions separate and become free to move around.

Salt, common salt sodium chloride dissolves in water.

That would leave you with NaCl solution. Salt water.

ion-dipole forces.

well i got this answer from my chemistry teacher and the answer is that sodium chloride dissolves in water because it has ions both anions and cations

When salt dissolves in water, it's a physical reaction. The salt separates into sodium and chloride (Na+ and Cl-) ions, and the water remains just as it was. Nothing happens to the water in a salt solution.

After the evaporation of water sodium chloride crystals are present.