2. Δ CAT is congruent to Δ DOG. Write the three congruence statements for their SIDES. 2 3 1

3. 2 3

4. 3 1

5. 2 1

6. 3

7. 2

8. 1

10. What are the five triangle congruence theorems? 5 2 3 4 1

11. 5 2 3 4 SSS

12. What are the five triangle congruence theorems? 5 SAS 3 4 1

13. What are the five triangle congruence theorems? 5 2 ASA 4 1

14. What are the five triangle congruence theorems? 5 2 3 AAS 1

15. What are the five triangle congruence theorems? HL 2 3 4 1

16. What are the five triangle congruence theorems? 5 SAS 3 4 SSS

17. What are the five triangle congruence theorems? 5 2 ASA 4 SSS

18. What are the five triangle congruence theorems? 5 2 3 AAS SSS

19. What are the five triangle congruence theorems? HL 2 3 4 SSS

20. What are the five triangle congruence theorems? 5 SAS ASA 4 1

21. What are the five triangle congruence theorems? 5 SAS 3 AAS 1

22. What are the five triangle congruence theorems? HL SAS 3 4 1

23. What are the five triangle congruence theorems? 5 2 ASA AAS 1

24. What are the five triangle congruence theorems? HL 2 ASA 4 1

25. What are the five triangle congruence theorems? HL 2 3 AAS 1

26. What are the five triangle congruence theorems? 5 SAS ASA 4 SSS

27. What are the five triangle congruence theorems? 5 SAS 3 AAS SSS

28. What are the five triangle congruence theorems? HL SAS 3 4 SSS

29. What are the five triangle congruence theorems? 5 2 ASA AAS SSS

30. What are the five triangle congruence theorems? HL 2 ASA 4 SSS

31. What are the five triangle congruence theorems? HL 2 3 AAS SSS

32. What are the five triangle congruence theorems? 5 SAS ASA AAS 1

33. What are the five triangle congruence theorems? HL SAS ASA 4 1

34. What are the five triangle congruence theorems? HL 2 ASA AAS 1

35. What are the five triangle congruence theorems? HL 2 ASA AAS SSS

36. What are the five triangle congruence theorems? HL SAS ASA AAS 1

37. What are the five triangle congruence theorems? HL SAS ASA AAS SSS

38. What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F 1 2 3 4

39. What are the reasons for this proof? Given 2 3 4 What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

40. What are the reasons for this proof? 1 Def. of Angle Bisector 3 4 What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

41. What are the reasons for this proof? 1 2 Reflexive 4 What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

42. What are the reasons for this proof? 1 2 3 AAS What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

43. What are the reasons for this proof? Given Def. of Angle Bisector 3 4 What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

44. What are the reasons for this proof? Given 2 Reflexive 4 What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

45. What are the reasons for this proof? Given 2 3 AAS What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

46. What are the reasons for this proof? 1 Def. of Angle Bisector Reflexive 4 What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

47. What are the reasons for this proof? 1 Def. of Angle Bisector 3 AAS What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

48. What are the reasons for this proof? 1 2 Reflexive AAS What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

49. What are the reasons for this proof? Given Def. of Angle Bisector Reflexive 44 What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

50. What are the reasons for this proof? Given Def. of Angle Bisector 3 4 AAS What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

51. What are the reasons for this proof? Given 2 Reflexive AAS What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

52. What are the reasons for this proof? 1 Def. of Angle Bisector Reflexive AAS What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

53. What are the reasons for this proof? Given Def. of Angle Bisector Reflexive AAS What are the reasons for this proof? Given: GE bisects ∠ DEF ∠ D ≅ ∠ F

54. What three parts do you need to know are congruent to use the HL theorem? 2 3 1

55. 2 3 Right Angles

56. What three parts do you need to know are congruent to use the HL theorem? Hypotenuse 3 1

57. What three parts do you need to know are congruent to use the HL theorem? 2 Leg 1

58. What three parts do you need to know are congruent to use the HL theorem? Hypotenuse 3 Right Angles

59. What three parts do you need to know are congruent to use the HL theorem? 2 Leg Right Angles

60. What three parts do you need to know are congruent to use the HL theorem? Hypotenuse Leg 1

61. What three parts do you need to know are congruent to use the HL theorem? Hypotenuse Leg Right Angles

62. Solve for x, y, and z. 2 3 1

63. 2 3 x=60

64. Solve for x, y, and z. y=15 3 1

65. Solve for x, y, and z. 2 z=25 1

66. Solve for x, y, and z. y=15 3 x=60

67. Solve for x, y, and z. 2 z=25 x=60

68. Solve for x, y, and z. y=15 z=25 1

69. Solve for x, y, and z. y=15 z=25 x=60

70. What are the five triangle congruence theorems? HL SAS 3 AAS 1

71. What are the five triangle congruence theorems? 5 SAS ASA AAS SSS

72. What are the five triangle congruence theorems? HL SAS ASA 4 SSS

73. What are the five triangle congruence theorems? HL SAS 3 AAS SSS

74. What are the missing parts for this proof? Given: AE bisects DC ∠ C ≅ ∠ D Given 1 Vertical ∠ s ≅ 3

75. What are the missing parts for this proof? Given: AE bisects DC ∠ C ≅ ∠ D Given Def. of Segment Bisector Vertical ∠ s ≅ 3

76. What are the missing parts for this proof? Given: AE bisects DC ∠ C ≅ ∠ D Given 1 Vertical ∠ s ≅ 3

77. What are the missing parts for this proof? Given: AE bisects DC ∠ C ≅ ∠ D Given 1 Vertical ∠ s ≅ AAS

78. What are the missing parts for this proof? Given: AE bisects DC ∠ C ≅ ∠ D Given Def. of Segment Bisector Vertical ∠ s ≅ 3

79. What are the missing parts for this proof? Given: AE bisects DC ∠ C ≅ ∠ D Given 1 Vertical ∠ s ≅ AAS

80. What are the missing parts for this proof? Given: AE bisects DC ∠ C ≅ ∠ D Given Def. of Segment Bisector Vertical ∠ s ≅ AAS

81. What are the missing parts for this proof? Given: AE bisects DC ∠ C ≅ ∠ D Given Def. of Segment Bisector Vertical ∠ s ≅ AAS