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6. Conditions and reagents from alkene to halogenoalkane

  • HX (conc. or gas), 350 degrees
  • HX (conc or gas), 350 degrees and 20-30 atm
  • HX (conc. or gas) , r.t.p
  • X2, UV light

7. Complete combustion of Alkane (ignition + O2) makes?

  • CO2 + H2O
  • H2O + CO2 + CO +energy
  • CO2 + H2O + energy
  • CO + H2O + energy

8. Halogenoalkane to alkene

  • KOH in ethanol solution, boil under reflux
  • KOH in alkali, 140 degrees
  • KOH in ethanol solution, 140 degrees
  • KOH in alkali, boil under reflux

9. Halogenoalkane to Nitrile

  • KCN in ethanol, heat under reflux
  • KCN in alkali, 140 degrees
  • KCN in alkali, heat under reflux
  • KCN in ethanol, 140 degrees

10. Alkene to Alkane

  • H2, raney Ni cat. , 350 degrees, 20-30 atm
  • H2, raney Ni cat. , 350 degrees
  • H2, raney Ni cat. , 140 degrees
  • H2, raney Ni cat. , 140 degrees, 20-30 atm

11. Conditions and reagents for Alkene to dihalogenoalkane

  • X2 170 degrees and 20-30 atm
  • X2, r.t.p
  • X2, 350 degrees
  • X2, UV light

12. Alkene to Diol

  • KMNO4 in ethanol, heat under reflux
  • KMnO4 in alkali, heat under reflux
  • KMnO4 in alkali, r.t.p
  • KMnO4 in ethanol, r.t.p

13. Halogenoalkane to Alcohol

  • NaOH in ethanol, 150 degrees
  • NaOH, 150 degrees
  • NaOH, heat under reflux
  • NaOH in ethanol solution, heat under reflux

14. Alkene to Polymer

  • Phosphoric acid catalyst, 3000 atm
  • Organic Peroxide Initiator, 3000 atm
  • Organic Peroxide Initiator, 1500-2000 atm
  • Phosphoric acid catalyst, 1500-2000 atm