Linked from

The 19 pages that link to Butane, each with the reason it gives.

• Conformational isomerismBroader topic: Rotation about its central bond yields anti and gauche conformers with different energies.

• Conformational analysisBroader topic: Its anti and gauche forms show how steric interactions affect conformer energies.

• Structural isomerismBroader topic: Its two constitutional isomers show how branching changes structure without changing formula.

• PropaneCompared with: Compared with propane, butane has a higher boiling point and performs differently in cold weather.

• Torsional strainBroader topic: Its eclipsed conformers show how torsional strain combines with interactions between larger groups.

• Liquefied petroleum gasBroader topic: Butane is blended into LPG and contributes fuel value and storage characteristics.

• CyclobutaneCompared with: Its open chain contrasts with cyclobutane’s ring and different hydrogen count.

• Newman projectionBroader topic: Its central bond gives the classic comparison of anti, gauche, and eclipsed forms.

• PentaneCompared with: Butane is a smaller, more volatile alkane commonly stored as liquefied petroleum gas.

• 1-ButanolRelated: Replacing a hydrogen in this saturated carbon skeleton with hydroxyl gives the 1-butanol structure.

• Structural isomerRelated: It shares the formula C₄H₁₀ with the branched isomer 2-methylpropane.

• Eclipsed conformationBroader topic: Its rotation includes eclipsed arrangements with different degrees of substituent crowding.

• IsobutaneRelated: Its straight-chain structure contrasts with isobutane’s branching.

• NeopentaneRelated: Adding one carbon to a butane framework yields the pentane isomer family.

• Staggered conformationBroader topic: Its staggered arrangements include anti and gauche forms, showing how substituents alter preferences.

• 2-ButyneCompared with: It is the fully hydrogenated counterpart of 2-butyne.

• 1-ButyneCompared with: Butane has the same carbon skeleton but no multiple bond.

• BlowtorchRelated: Butane powers compact torches, especially where portability matters.

• n-ButyllithiumRelated: Protonation of n-butyllithium produces butane, a useful way to view its basic reaction.