Linked from

The 23 pages that link to Conformational analysis, each with the reason it gives.

• Conformational isomerismNarrower topic: It provides the framework for comparing conformers and predicting preferred arrangements.

• Steric hindranceRelated: Rotations can relieve or intensify crowding, changing which molecular conformations are favored.

• ConformationNarrower topic: It compares the conformations accessible through bond rotation.

• Molecular structureBroader topic: Flexible molecules can adopt different conformations with distinct properties and interactions.

• Torsional strainRelated: It uses torsional energy to compare conformers and predict preferred shapes.

• Adolf von BaeyerRelated: Later conformational models corrected Baeyer’s assumption that larger rings were effectively planar.

• Molecular mechanicsRelated: Energy functions help compare conformers and identify preferred molecular geometries.

• Steric effectsRelated: Steric interactions often determine which molecular conformations are favored.

• Chair conformationNarrower topic: Chair geometry is a central case in comparing molecular conformations and their energies.

• Meso compoundRelated: Conformation can affect whether a proposed symmetry element is present in a molecular structure.

• Newman projectionNarrower topic: Newman projections are a standard way to compare conformations.

• Cyclic compoundRelated: Flexible rings adopt distinct shapes that affect their energy and reactivity.

• Fused ringRelated: Fused rings restrict the conformations available to each other.

• Cyclohexane conformationNarrower topic: Cyclohexane provides a standard framework for comparing conformational energies and populations.

• Polycyclic compoundRelated: Polycyclic frameworks restrict rotations, making their accessible shapes unusually consequential.

• AdamantaneRelated: Adamantane’s fused cage restricts the conformational freedom typical of flexible hydrocarbons.

• Eclipsed conformationNarrower topic: It uses eclipsed arrangements to compare conformational energies and rotational barriers.

• NeopentaneRelated: Rotation of neopentane’s methyl groups provides conformations without changing its connectivity.

• SubstituentRelated: Substituent size and interactions help determine which molecular conformations are favored.

• Derek BartonNarrower topic: Barton used conformational analysis to connect molecular shape with chemical reactivity.

• GeminalRelated: Geminal groups influence conformations through steric interactions and bond rotation.

• Odd HasselNarrower topic: Hassel’s research helped establish this way of explaining molecular structure and behavior.

• Gauche effectNarrower topic: The gauche effect is a specific conformational preference measured against competing rotamers.