Bond Order Formula: Calculations, Solved Examples

Bond Order Formula is an important concept in Chemistry. Chemistry studies how atoms are created via interactions between subatomic particles. Another important topic of chemistry is how atoms combine to produce molecules. The locations where electrons are positioned in the atomic structure to encircle the atomic nucleus are called orbitals. Only a certain quantity of orbital shells may accommodate one electron. Fresh electrons start to accumulate in the orbital shell further away when the orbital shell nearest to the nucleus is full and continue to do so until that shell is also full. The buildup of electrons occurs in ever-widening orbital shells because larger atoms have more electrons than smaller ones. When two atoms join together to create a molecule, their electrons combine into openings in one another's orbital shells to establish the bond.

Definition of A Bond

Bond Order

Also Check - Charle's Law Formula

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Bond Order Formula

Bond Order Formula From the Lewis Structure

• Depict the Lewis structure.
• Determine what kind of bonds exist between the two atoms.
• No bond- Bond order will be zero.
• A single bond- Bond order will be one.
• A double bond- Bond order will be two.
• Triple bond- The bond order will be three.

• Draw the Lewis structure.
• Count the total number of bonds.
• Find out how many bond groups there are between specific atoms.
• In a molecule, divide the total number of bond groups by the number of atoms that have bonded to one another.

Bond Order Formula From The Bonding And Antibonding Orbitals,