Linked from

The 14 pages that link to E–Z notation, each with the reason it gives.

• AlkeneRelated: It assigns configurations when cis–trans terminology cannot distinguish alkene stereoisomers.

• Cis–trans isomerismRelated: It distinguishes configurations when simple cis/trans labels are ambiguous.

• Conformational isomerismRelated: It names fixed alkene configurations rather than arrangements produced by single-bond rotation.

• StereoisomerismBroader topic: It specifies the configurations of many geometric stereoisomers.

• Geometric isomerismRelated: It names double-bond configurations even when cis–trans labels are ambiguous.

• Cahn–Ingold–Prelog priority rulesBroader topic: CIP ranking distinguishes the E and Z arrangements around a double bond.

• StereoisomerRelated: It generalizes geometric descriptions when cis–trans labels are ambiguous.

• E2 reactionRelated: The anti-periplanar starting geometry constrains which alkene stereoisomer forms.

• AtropisomerismCompared with: It describes alkene geometry, not stereoisomerism caused by restricted rotation about a single bond.

• R–S notationCompared with: E and Z describe double-bond geometry rather than configuration at a stereogenic center.

• Absolute configurationCompared with: It describes double-bond geometry rather than configuration at a tetrahedral center.

• Cinnamic acidRelated: It distinguishes the geometry of the double bond in cinnamic acid isomers.

• StereocenterCompared with: It describes geometric stereochemistry without requiring a stereocenter.

• AtropisomerCompared with: It describes alkene geometry, unlike the hindered single-bond rotation defining atropisomers.