The electrons of molecules are represented by the Lewis structure.
Lone pairs and valence electrons have a role in determining how the molecule hybridizes and takes on its structure. One iodine molecule will be in the center of the image due to the number of iodine molecules. Iodine also belongs to the periodic table's seventh group and contains seven valence electrons in its outer orbit.
The following are the hybrid numbers and the hybridization they determine:
2:Hybridization of [tex]S_p[/tex]
3: [tex]Sp_2[/tex] hybridization
4:hybridization of the [tex]Sp_3[/tex]
5:Hybridization
The [tex]I_3[/tex]- molecule has a linear form. Out of the three lodine atoms, one possesses an additional negative charge. It has 3 lone pairs of electrons and 2 bond pairs, giving it a steric number of 5, and this additional electron.
A polar covalent link is created when atoms with various electro nativities share electrons in a covalent connection.
For more such question on lewis structure.
https://brainly.com/question/20300458
#SPJ4
