In the BrO2 Lewis structure, there are two lone pairs of electrons on the central atom of bromine (B). BrO2– is a polar molecule.
Chemical bonding: BrO2– Lewis structure
The BrO2– >-Lewis structure has a total of 20 valence electrons. This includes the electron represented by the negative charge in BrO2–.
BrO2– (bromite) has one bromine atom and two oxygen atoms. In the Lewis structure of BrO2– there is one double bond and one single bond around the bromine atom to which two oxygen atoms are attached. The oxygen atom with a double bond has two lone pairs, and the oxygen atom with a single bond has three lone pairs.
The Cl has 2 lone pairs, the first O has 2 lone pairs and the other O has 3 lone pairs. There are 2 resonance structures.
BrO2(.) Bromine dioxide is an inorganic radical and a bromine oxide.
In the Obr2-Lewis structure, each bromine atom has three lone pairs of electrons, with the oxygen atom having two pairs of nonbonding electron clouds.
Is BrO2- polar or non-polar? Because of the curved shape of bromine ion it is a polar molecule.
The bromine atom in bromine fluoride or BrF has an oxidation number of +1. In bromine dioxide or BrO2 it has an oxidation number of +4.
The shape of CH3^+ is (planar/curved).
What is the molecular shape of BrO2-? – Quote. The Br would be surrounded by two oxygen atoms and two lone pairs of electrons, arranged in a tetrahedron shape. The ion would have a curved shape with an O-Br-O angle of about 109 degrees
The electronic geometry of IF4+ I F 4 + is trigonal bipyramidal. That’s because it has a total of five electron groups.
Also, only 16 valence electrons of the HBrO2 molecule are used in the above structure.
Answer and explanation: Oxygen dibromide is a covalent compound with a central oxygen atom. Oxygen (O) alone, as an element of main group 6A, contains 6 valence electrons.
Read more about the tetrahedral shape in molecular geometry.
So, is Br2 polar or non-polar? Br2 (bromine) is non-polar because both bromine atoms in this molecule have the same electronegativity, due to which both atoms have the same charge distribution, resulting in a net zero dipole moment.