The chemical name for BrO2 is bromine dioxide. Be careful though - bromite, which is different, is the name for the chemical BrO2-.
The chemical name for BrO2 is bromine dioxide. Be careful though - bromite, which is different, is the name for the chemical BrO2-.
Br20 is known as Dibromine Monoxide.
The formula for magnesium bromite is Mg(BrO2)2.
BrO2 is a molecular compound. It consists of bromine and oxygen atoms bonded together using covalent bonds to form a molecule.
The oxyanions are: Hypobromite BrO-, Bromite BrO2-, Bromate BrO3-, and Perbromate BrO4-.
The chemical name for BrO2 is bromine dioxide. Be careful though - bromite, which is different, is the name for the chemical BrO2-.
hypobromite
Br20 is known as Dibromine Monoxide.
The formula for magnesium bromite is Mg(BrO2)2.
BrO2 is a molecular compound. It consists of bromine and oxygen atoms bonded together using covalent bonds to form a molecule.
The chemical formula BaBrO2 corresponds to the compound Barium bromite.
This compound is lead bromide - PbBr2.
The oxyanions are: Hypobromite BrO-, Bromite BrO2-, Bromate BrO3-, and Perbromate BrO4-.
The Arrhenius acid that contains the broite anion is bromous acid (HBrO2). It is formed when bromine dioxide (BrO2-) acts as a weak acid by donating a proton.
The chemical formula BaBrO2 corresponds to barium bromite. It is a compound made up of one barium ion (Ba2+) and a bromite ion (BrO2-).
Yes, BrO2^- has a bent molecular geometry due to its lone pair on the central atom, which causes distortion from the ideal sp3 tetrahedral shape. The molecule is polar due to the uneven distribution of charge around the central bromine atom, which results from the combined effects of the bent geometry and the electronegativity difference between bromine and oxygen.
NON-POLAR