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Nucleophilic Substitution definitions

컨트롤 버튼이 '내비게이션' 모드로 변경되었습니다.
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  • Nucleophile
    Species with high electron density, often carrying a negative charge, that donates electrons to form new bonds.
  • Electrophile
    Species with low electron density, often neutral or electron-deficient, that accepts electrons during reactions.
  • Substitution Reaction
    Process where a nucleophile replaces a group attached to an electrophile, requiring bond breaking and forming.
  • Bronsted-Lowry Reaction
    Type of acid-base process involving proton transfer and formation of a conjugate base and new bond.
  • Lewis Acid
    Electron-deficient species, often with an empty orbital, that readily accepts electron pairs.
  • Lewis Base
    Electron-rich species capable of donating a pair of electrons to form a covalent bond.
  • Leaving Group
    Atom or group that departs with an electron pair when a new bond forms during substitution.
  • Conjugate Base
    Species formed after an acid donates a proton, often acting as a leaving group in reactions.
  • Formal Charge
    Calculated value indicating electron distribution on an atom, used to assess stability after reactions.
  • Octet
    Stable electron configuration where an atom possesses eight valence electrons, guiding bond formation.
  • Dipole
    Separation of charge within a bond, creating partial positive and negative regions that influence reactivity.
  • Acidic Hydrogen
    Hydrogen atom with partial positive character, easily transferred during acid-base or substitution reactions.
  • Sigma Bond
    Single covalent bond formed by direct overlap of orbitals, resulting from electron pair sharing.
  • Empty Orbital
    Unoccupied atomic or molecular region capable of accepting electron pairs during bond formation.
  • Equilibrium Arrow
    Symbol indicating reversible reactions, especially in proton transfer processes.