Epoxide Formation from Halohydrins (Intramolecular SN2): Mechanism + Exam Traps

Convert halohydrins to epoxides via intramolecular SN2: stereochemical inversion, ring closure rules, and common exam traps.

  • Reaction: Epoxide Formation from Halohydrins (Intramolecular SN2)
  • What it does: Convert halohydrins to epoxides via intramolecular SN2: stereochemical inversion, ring closure rules, and common exam traps.
  • Typical reagents: NaOH (or NaH)
  • Key intermediate: Epoxide / oxonium
  • Driving force: Formation of strong C=O / oxidation state stabilization
  • Exam type: Predict product
  • Exam type: Stereochemistry
  • Exam type: Mechanism choice

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