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Calculating Radical Yields definitions

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Terms in this set (15)

  • Radical Halogenation
    A reaction where a halogen atom replaces a hydrogen atom in an alkane via a radical mechanism, producing various isomeric products.
  • Tertiary Radical
    A carbon-centered species with three alkyl groups attached, exhibiting the highest stability among alkyl radicals.
  • Secondary Radical
    A carbon-centered species with two alkyl groups attached, more stable than primary but less than tertiary radicals.
  • Primary Radical
    A carbon-centered species with one alkyl group attached, showing the lowest stability among alkyl radicals.
  • Relative Rate
    A numerical value expressing how quickly a specific type of hydrogen is replaced during halogenation compared to others.
  • Chlorination
    A halogenation process using chlorine, characterized by low selectivity and the formation of multiple products.
  • Bromination
    A halogenation process using bromine, noted for its high selectivity and strong preference for tertiary carbons.
  • Selectivity
    A measure of how much a reaction favors one type of hydrogen or carbon over others during product formation.
  • Major Product
    The compound formed in the greatest amount during a reaction, determined by both stability and reaction rates.
  • Minor Product
    A compound formed in smaller quantities during a reaction, often due to less favorable stability or slower rates.
  • Room Temperature
    A standard condition, typically 25Β°C, under which selectivity ratios for halogenation are experimentally determined.
  • Quantitative Method
    A systematic approach using equations and numerical data to calculate exact product distributions in reactions.
  • Stability Trend
    The order of radical stability: tertiary > secondary > primary, influencing product distribution in halogenation.
  • Product Distribution
    The relative amounts of different compounds formed in a reaction, influenced by selectivity and radical stability.
  • Isomeric Product
    A compound with the same molecular formula as others formed in the reaction but differing in the arrangement of atoms.