The most definitive test would be the ability of the liquid phase of the compound to conduct electricity easily. (The ability of an aqueous solution of the compound to conduct electricity would be less reliable, because many covalently bonded compounds, such as the hydrohalogens and the oxides of sulfur, ionize spontaneously when dissolved in water.) Another indicator of ionic bonding would be a high melting point temperature for the compound.
No. Ammonia contains three single covalent bonds.
Sodium fluoride is an ionic compound, which contains no covalent bonds.
This compound only contains covalent bonds, more descriptively, one double bond and all others are single bonds.
Borax, sodium tetraborate decahydrate, is an ionic compound containing Na+ and a borate anion that contains covalent bonds.
Any metal to metal compound contains a metallic bond
No. Ammonia contains three single covalent bonds.
Water contains no ionic bonds as it is a covalent compound.
Sodium fluoride is an ionic compound, which contains no covalent bonds.
A Functional Group is a group of reactive atoms and bonds that give certain properties to a compound. The Carbonyl group is very important in organic chemistry.
No, it is aqueous. It contains no carbons, i.e. no carbon-hydrogen bonds
Saturated aliphatic compounds or alkanes have only C-C single bonds.
An alkane.
A saturated hydrocarbon is a hydrocarbon which has no double or triple bonds associated with it. In other words, it is a hydrocarbon which contains only single bonds.
compound
A compound has a definite composition, while a mixture's composition can vary.
This compound only contains covalent bonds, more descriptively, one double bond and all others are single bonds.
Borax, sodium tetraborate decahydrate, is an ionic compound containing Na+ and a borate anion that contains covalent bonds.