Linked from

The 9 pages that link to Chair conformation, each with the reason it gives.

• Conformational isomerismBroader topic: It minimizes angle and torsional strain in cyclohexane.

• CyclohexaneBroader topic: Cyclohexane overwhelmingly favors this low-energy geometry.

• Conformational analysisBroader topic: It is the most stable common conformation of cyclohexane.

• CycloalkaneBroader topic: This is the lowest-energy geometry of cyclohexane and many related rings.

• CyclohexanoneRelated: Cyclohexanone's ring adopts related conformations that influence its structure and reactivity.

• Cyclohexane conformationBroader topic: This low-strain shape is cyclohexane’s most stable conformation.

• CyclohexanolBroader topic: Cyclohexanol usually adopts a chair form that reduces ring strain.

• Odd HasselBroader topic: Hassel’s structural studies helped clarify the three-dimensional forms of cyclohexane rings.

• CycloheptaneRelated: Chair-like arrangements are among the low-energy shapes available to cycloheptane.