The ClO3- anion formed when HClO3 is dissolved is called Chlorate
Chloric acid
Mercury(II) Sulfide. Made of Mercury cation and Sulfide anion.
The correct name for the compound HClO3 is chloric acid.
HClO3 is chloric acid. HCIO3 does not exist. There is more information at the related link.
If the name of the acid ends in the letters "ic" and the acid contains oxygen, the name of the anion formed from it replaces the "ic" with "ate". If the name of the acid ends in the letters "ous" and the acid contains oxygen, the name of the anion formed from it replaces the "ous" with "ite." If the name of acid ends in the letters "ic" and the acid does not contain oxygen, the name of the anion formed by the acid changes "ic" to "ide", and if the name of the acid begin with "hydro", these letters are deleted from the name of the anion.
Identify the polyatomic anion present in the acid. Add the prefix "hydro-" to the name of the polyatomic anion. Replace the suffix "-ate" with "-ic" or "-ite" with "-ous" in the anion name. Add the word "acid" at the end. Example: HClO3 is named chloric acid.
Chloric acid
HClO3 is chloric acid. HCIO3 does not exist. There is more information at the related link.
The bond angles in HClO3 are approximately 109.5 degrees.
HCLO3--->H3O+Clo3 H3O--->H+H2O H2O--->2H+O
Mercury(II) Sulfide. Made of Mercury cation and Sulfide anion.
This acid is known as chloric acid or hydrogen chlorate.
It is called chloride ion.
This is a polyatomic anion.
The correct name for the compound HClO3 is chloric acid.
HClO3 is a covalent compound. It is formed by the sharing of electrons between the hydrogen, chlorine, and oxygen atoms.
HClO3 is chloric acid. HCIO3 does not exist. There is more information at the related link.