Linked from

The 17 pages that link to Sigma bond, each with the reason it gives.

• Carbonyl groupNarrower topic: The carbonyl’s carbon–oxygen double bond contains one sigma component.

• AlkaneRelated: Every carbon–carbon and carbon–hydrogen bond in an alkane is a sigma bond.

• Inductive effectNarrower topic: The inductive effect is transmitted through this class of covalent bonds.

• Pi bondRelated: A pi bond usually supplements a sigma bond between the same atoms.

• AlkyneRelated: One sigma bond forms the framework of the carbon–carbon triple bond.

• Carbon–carbon bondBroader topic: Every carbon–carbon single bond contains one sigma bond.

• HyperconjugationBroader topic: A sigma bond commonly supplies the electrons delocalized in hyperconjugation.

• Hybrid orbitalRelated: Hybrid orbitals commonly overlap end-to-end to form sigma bonds.

• Ethyl groupRelated: The ethyl group attaches to the rest of a molecule through a sigma bond.

• HapticityCompared with: A localized σ bond is often described by donor-atom coordination rather than multicenter hapticity.

• sp² hybridizationRelated: End-on overlap of sp² orbitals commonly forms the arrangement’s in-plane bonds.

• Trigonal planar molecular geometryRelated: The three bonds around the central atom commonly include sigma bonding.

• Carbon–fluorine bondBroader topic: The single bond between carbon and fluorine is a sigma bond.

• Single bondRelated: Most single bonds consist of one sigma bond.

• Double bondRelated: The first electron pair in a typical double bond forms this shared axial bond.

• Triple bondRelated: Every triple bond contains one sigma bond along the internuclear axis.

• Double bond ruleRelated: Head-on overlap remains effective for heavier atoms even when sideways overlap does not.