Parse the molecular formula
The molecule contains two nitrogen atoms.
Lewis Structure
Nitrogen
N2 has a triple bond between the two nitrogen atoms and one lone pair on each nitrogen.
Use the diagram and steps below to check the nitrogen Lewis structure, N2 Lewis dot structure, valence electrons, formal charges, and molecular shape.
Nitrogen
The molecule contains two nitrogen atoms.
Each nitrogen atom contributes 5 valence electrons.
Start by connecting the two nitrogen atoms with a single bond.
Three shared electron pairs give both nitrogen atoms an octet.
The remaining 4 electrons form one lone pair on each nitrogen atom.
| Atom | Formal charge |
|---|---|
| N | 0 each |
The N2 Lewis structure has an N-N triple bond and one lone pair on each nitrogen. Both formal charges are 0.
The Lewis dot structure for N2 is the electron-dot drawing shown above. The N2 Lewis structure has an N-N triple bond and one lone pair on each nitrogen. Both formal charges are 0.
N2 has 10 total valence electrons in this Lewis structure.
N2 is a diatomic molecule, so it is linear. VSEPR electron geometry around a central atom does not apply.
N2 is nonpolar in the Lewis structure shown here. Its molecular geometry is Linear.
Method notes are aligned with standard Lewis structure steps: count valence electrons, draw a skeleton, distribute electrons, form multiple bonds when needed, and check formal charges and resonance.
OpenStax Chemistry 2e: Lewis Symbols and Structures and Formal Charges and Resonance.