neon chloride does not exist because neon is inert
Calcium, Potassium and sodium are metallic elements. they are considered to be very reactive, perhaps they exist in the top five- most reactive metals. Calcium and Phosphorous constitute our bones and teeth. common salt or table salt is Sodium Chloride.
The compound copper (III) chloride doesn't exist !
Chloride is an ion. It cannot exist alone, but must be with some positive ion. Potassium chloride, sodium chloride, lithium chloride, copper (II) chloride, etc. are compounds and each has a certain density.
When, for example a sodium atom (a metal) meets a chlorine atom (a non-metal) the sodium looses its outer-shell electron to form the sodium iron Na+. Chlorine takes on sodiums electron to become to ion Cl-. It also gains a new name: chloride. Both ions are more stable then the neutral atoms form which they were formed, and together they exist as NaCl, sodium chloride (common salt).
Sodium is actually just another word for "salt", so, yes. actually sodium in a element that is highly volatile. It will catch fire and explode when exposed to air. It is possible to obtain pure or almost pure sodium, even though it does not exist in pure form in nature. You are correct that salt has sodium in it, however it is bonded with the poisonous element Chlorine. to make sodium chloride or NACL.
Sodium chloride is not a rock: in the nature NaCl exist as the mineral halite.
Sodium is a metal, common table salt is sodium chloride, which is a compound. Sodium can make up salt. In the nature sodium chloride exist as the mineral halite.
Sodium chloride does not exist as molecules.
In the nature sodium chloride exist as the mineral halite or in seawater solution.
An oxide of sodium chloride doesn't exist. The oxides of sodium are: Na2O, NaO2, Na2O2.
Any link exist between sodium chloride and autotrophy.No.
Any reaction exist; a solution is formed, sodium chloride being dissociated.
Potassium hydroxide is KOH. Sodium chloride is NaCl. A reaction doesn't exist.
Between the ions Na+ and Cl- a strong ionic bond exist.
Sodium chloride has a rare dihydrate, obtained from cold solutions - NaCl.2H2O.
Metallic sodium is far too reactive to exist in nature, and our supplies are obtained from seawater. Electrolysis is the method used, and molten sodium chloride is the immediate source. But the temperature of the molten salt is cleverly lowered by using an eutectic mixture with calcium chloride. This is a clever use of the properties of an eutectic. The world gets by with only 100 000 tons or so of this useful metal each year.
Metallic sodium is far too reactive to exist in nature, and our supplies are obtained from seawater. Electrolysis is the method used, and molten sodium chloride is the immediate source. But the temperature of the molten salt is cleverly lowered by using an eutectic mixture with calcium chloride. This is a clever use of the properties of an eutectic. The world gets by with only 100 000 tons or so of this useful metal each year.