1. Drill: Name the following + 2 isomers FF OH

2. Name: SH I F O H

3. Addition Reactions

4. Reactions in which more atoms are added to an alkene or alkyne

5. Halogenation Reactions in which halogens are added to an alkene or alkyne

6. Halogens Elements from column 7A or column 17 F, Cl, Br, & I

7. Halogenation C=C + X-Y -C-C- X Y

8. Halogenation C=C + IBr H-C-C-H I Br H H H H H

9. Predict Product C=C + ICl H H CH 3 H

10. Hydrohalogenation Reactions in which hydrogenhalides are added to an alkene or alkyne

11. Hydrohalogenation C=C + H-X -C-C- H X

12. Hydrohalogenation C=C + HCl  H-C-C-H H Cl H H H H H

13. Markovnikov’s Rule The major products get the “H” on the atom in the DB that already has more “Hs”

14. Predict & Name Products when HF is added to:

15. Halogen Rxns Predict the products for each of the examples on the board

16. Organic HW Draw the reactant, then predict & name the major & minor products when HCl is added to 1- pentene.

17. Drill: Draw the reactant, then predict & name their products when excess HCl is added to 1-pentyne

18. Hydration An addition reaction where water is added to an alkene or alkyne

19. Hydration C=C + H 2 O C-C HOH H+H+

20. Predict & Name Reactants & Products C=CC=C H H H H + H 2 O HOCl Heat

21. Ethanol C H OH H H H

22. Predict & Name Reactants & Products C=CC=C CH 3 H H H + H 2 O acid heat

23. C H OH Major Product CH 3 H H C H CH 3 H HO H Minor Product

24. Hydrogenation An addition reaction where hydrogen is added to an alkene or alkyne

25. Hydrogenation C=C + H 2 H-C-C-H H H H H H cat

26. Predict the Product + H-H Pd

27. Name:

28. Organic HW Draw the reactant, then predict & name the major & minor products when HOH in acid is added to 1-pentene.

29. Substitution Reactions Reactions that look as if they should be addition, but substitution occurs instead.

30. Substitution Rxns Reactions in which a halogen replaces a hydrogen on an arene

31. H X-X cat

32. X + HX

33. H Br-Br cat

34. Br + HBr

35. Monomer Molecules that can combine in repeating units creating a polymer

36. Polymer Large molecules made up of repeating units of single molecules

37. Naming Polymers The polymer is named after the monomer: polymonomer

38. Drill: Name reactants & predict & name products: + HCl

39. Polymerization The act of making polymers out of monomers

40. Polymerization Reactions

41. C C C C C C Catalyst is added to start rxn, DB breaks & connects to nearest C & the process continues

42. C C C C C C or (-C C-) n

43. Typical Monomers Single molecules in which repeating units make up molecules or polymers

44. Ethene (Ethylene) C=CC=C H H H H

45. Polyethylene (-CH 2 -CH 2 -) n

46. Propene (Propylene) C=CC=C H H H CH 3

47. Polypropylene CH 3 (-CH 2 -CH-) n

48. Chloroethene or Vinyl chloride C=CC=C H H H Cl

49. Polyvinyl chloride (PVC) Cl (-CH 2 -CH-) n

50. Tetrafluoroethene C=CC=C F F F F

51. Teflon (-CF 2 -CF 2 -) n

52. Isoprene C=CC=C C=CC=C CH 3 H H H H H

53. Polymers of rubber (-H 2 C-C CH-CH 2 -) n CH 3

54. Isoprenes

56. Rubber Polymer

57. Styrene C=C H HH

58. Polystyrene (CH-CH 2 -) n

59. + +

62. + + Predict & Name the Product

63. Polycyclopropylethylene