GoConqr hat ein neues Design! Sag uns, wie es dir gefällt.

Karteikarten

Mechanisms

DauntlessAlpha Chemistry A Levels Englisch 4,2Durchschnittliche Bewertung 4,2 von 5 (5 Bewertungen) 11 Karten

Mechanisms

Karten in diesem Stapel (11)

  1. 1Outline the mechanism that produces an alkene from a haloalkaneOutline the mechanism that produces an alkene from a haloalkane
  2. 2Outline the conditions reagent and type of reagent where a haloalkane turns into an alkeneConditions: Ethanol, heat
    Reagents: NaOH/KOH
    Type of Reagent: Base (:OH-)
  3. 3Outline the mechanism which turns an alkene into a haloalkaneOutline the mechanism which turns an alkene into a haloalkane
  4. 4Outline the mechanism which turns an alkene into a dihaloalkaneOutline the mechanism which turns an alkene into a dihaloalkane
  5. 5Outline the mechanism which turns a haloalkane into an alcoholOutline the mechanism which turns a haloalkane into an alcohol
  6. 6Describe the conditions, reagents and type of reagents for the reaction of a haloalkane into an alcoholConditions: aqueous, heat under reflux
    Reagents: NaOH/KOH
    Type of reagent: Nucleophile (:OH-)
  7. 7Outline the mechanism that produces an amine from a haloalkaneOutline the mechanism that produces an amine from a haloalkane
  8. 8Outline a mechanism which produces a nitrile from a haloalkaneOutline a mechanism which produces a nitrile from a haloalkane
  9. 9Describe the condition, reagents and type of reagent which produces a nitrile from a haloalkaneConditions: Dissolved in ethanol/water mixture, heat under reflux
    Reagent: :CN
    Type of reagent: Nucleophile
  10. 10Outline the mechanism which turns an alkene into an alcoholOutline the mechanism which turns an alkene into an alcohol
  11. 11Describe the conditions, reagents and type of reagents for the reaction of an alkene into an alcoholConditions: 300 degrees C, 70atm, H5PO4 catalys
    Reagents: H2O,H2SO4
    Type of reagent: Electrophile

Informationen

Beschreibung
Nucleophilic substitution, electrophilic addition, Elimination, Free radical substitution
Erstellt von
DauntlessAlpha
Aufrufe
477
Bewertung
Durchschnittliche Bewertung 4,2 von 5 (5 Bewertungen)

Feedback

Worum geht es?

Wie gefällt dir das neue Design?

Dein Eindruck