Linked from

The 21 pages that link to Bond order, each with the reason it gives.

• Covalent bondRelated: Single, double, and triple covalent bonds differ in bond order.

• Chemical bondRelated: It summarizes bonding in many models, though some molecules resist a simple integer value.

• Lewis structureRelated: Single, double, and triple lines encode different bond orders.

• ResonanceRelated: The hybrid can have bond orders between those shown in individual contributors.

• Pi bondRelated: Pi bonds contribute to the higher bond order of multiple bonds.

• Reaction coordinateRelated: Changing bond orders can track bond breaking and formation along a reaction.

• Sigma bondRelated: Every single bond is one sigma bond; multiple bonds add other bonding interactions.

• Carbon–carbon bondRelated: Its value distinguishes carbon–carbon single, double, and triple bonds.

• Bond lengthRelated: Greater bond order generally corresponds to shorter equilibrium bond lengths.

• Concerted reactionRelated: Partial bond orders at a transition state describe bonds being formed or broken.

• Diatomic moleculeRelated: Bond order distinguishes single, double, and triple bonds in diatomic species.

• Resonance structureRelated: Resonance can make observed bond orders intermediate between single and multiple bonds.

• Trigonal planar molecular geometryRelated: Multiple bonding often accompanies trigonal planar centers while preserving three-atom directions.

• Covalent radiusRelated: Multiple bonding changes internuclear distances, so radius estimates can depend on bond order.

• Double bondRelated: A conventional double bond has bond order two.

• Robert S. MullikenRelated: Orbital occupancy lets the theory predict whether a molecule is bonded and how strongly.

• Triplet oxygenRelated: Oxygen’s antibonding electrons give O₂ a bond order of two.

• Double bond ruleRelated: The rule concerns why bond orders above one are uncommon for heavier elements.