1. Bellringer
Use the diagram to identify 1 pair of each of the following:
-Corresponding angles
-Adjacent angles
-Vertical angles

2. Geometry
JEOPARDY
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3. GEOMETRY JEOPARDY $100 $100 $100 $100 $100 $100 $200 $200 $200 $200
Basic
Angles
Angle Relationships
Triangles
Congruent Triangles
Pythagorean Theorem
Volume
GEOMETRY JEOPARDY
$100
$100
$100
$100
$100
$100
$200
$200
$200
$200
$200
$200
$300
$300
$300
$300
$300
$300
$400
$400
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$500
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$500
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4. Angles a and b are congruent because of _______________ angles
Basic Angles $100
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5. Angles a and b are congruent because of Vertical angles
Basic Angles $100
$100

6. next Basic Angles $200 Which angle is adjacent to ∠ DGC? a) ∠ FGA
b) ∠ DGE
c) ∠ EGF
d) ∠ AGB
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7. $200 Basic Angles $200 Which angle is adjacent to ∠ DGC? a) ∠ FGA
b) ∠ DGE
c) ∠ EGF
d) ∠ AGB
$200

8. Write and solve an equation to find the measure of angle b.
Basic Angles $300
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9. Write and solve an equation to find the measure of angle b.
b = 27˚
Basic Angles $300
$300

10. Line l and m are parallel
Line l and m are parallel. Angle 8 is congruent to angle 2 because of_____________ ___________ _____________
Basic Angles $400
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11. 54
Line l and m are parallel. Angle 8 is congruent to angle 2 because of Alternate Interior Angles
Basic Angles $400
$400

12. If line p and line t are parallel, name one pair of corresponding angles.
Basic Angles $500
Line p
Line t
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13. If line p and line t are parallel, name one pair of corresponding angles.
A and E
B and F
C and G
D and H
Basic Angles $500
Line p
Line p
Line t
Line t
$500

14. ∠x = (2w + 8)˚ and ∠y = 14 ˚ What is the measure of ∠x?
∠x and ∠y are complementary.
∠x = (2w + 8)˚ and ∠y = 14 ˚ What is the measure of ∠x?
Angle Relationships $100
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15. $100 Angle Relationships $100
∠x and ∠y are complementary.
∠x = (2w + 8)˚ and ∠y = 14 ˚ What is the measure of ∠x?
Angle Relationships $100
(2w + 8) + 14 = 90
2w + 22 = 90
2w = 68
w = 34
∠x = (2w + 8)˚
∠x = 2(34) + 8
∠x = 68+ 8
∠x = 76˚
$100

16. ∠h = 123˚ and ∠j = (12+3x)˚ What is the measure of ∠j?
∠h and ∠j are supplementary.
∠h = 123˚ and ∠j = (12+3x)˚ What is the measure of ∠j?
Angle Relationships $200
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17. $200 Angle Relationships $200
∠h and ∠j are supplementary.
∠h = 123˚ and ∠j = (12+3x)˚ What is the measure of ∠j?
Angle Relationships $200
(12 + 3x) = 180
3x = 180
3x = 45
x = 15
∠j = (12 + 3x)˚
∠j = 12+ 3(15)
∠j =
∠j = 57˚
$200

18. Lines l and m are parallel. Angle 6 is supplementary to which angles?
Angle Relationships $300
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19. Lines l and m are parallel. Angle 6 is supplementary to which angles?
∠ 2
∠ 5
∠ 1
∠ 8
Angle Relationships $300
$300

20. Angle Relationships $400
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21. $400 Angle Relationships $400 Which angles are adjacent?
Which angles are adjacent?
a) ∠ HIK and ∠JIF
b) ∠ HIK and ∠KIJ
c) ∠ HIK and ∠EFI
d) ∠ HIK and ∠DFG
$400

22. Angle Relationships $500
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23. Angle Relationships $500
$500

24. What is the missing angle measure?
Triangles $100 x˚
49˚
56˚
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25. What is the missing angle measure?
Triangles $100
X = 180
+ X = 180
X = 75 x˚
75˚
49˚
56˚
$100

26. What is the missing angle measure?
Triangles $200
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27. What is the missing angle measure?
Triangles $200
$200

28. What is the missing angle measure?
Triangles $300
next

29. Triangles $300
101
101 56 56
124 45
$300

30. Find the measure of angle M.
Triangles $400
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31. $400 Triangles $400 So Angle M is 2(29) – 2 or 56 degrees
x+5 + 2x = 180
3x = 180
3x = 87
x = 29
So Angle M is 2(29) – 2 or 56 degrees
$400

32. What is the missing angle measure?
Triangles $500
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33. Triangles $500 50 64
116 64 50
130
116 66 66
130
116 50 64 50
130
116
$500

34. Which rule proves that these triangles are congruent?
Congruent Triangles $100
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35. Which rule proves that these triangles are congruent?
Congruent Triangles $100
side-angle-side
$100

36. Which rule proves that these triangles are congruent?
Congruent Triangles $200
next

37. Which rule proves that these triangles are congruent?
Congruent Triangles $200
side-side-side
$200

38. next Congruent Triangles $300
Which rule proves that these triangles are congruent?
A.) angle-side-angle
B.) side-side-angle
C.) side-angle-side
D.) none of the above
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39. -6 $300 Congruent Triangles $300
Which rule proves that these triangles are congruent?
A.) angle-side-angle
B.) side-side-angle
C.) side-angle-side
D.) none of the above
$300

40. -10 – (-4) – 3 next Congruent Triangles $400
Which rule proves that these triangles are congruent?
A.) angle-side-angle
B.) side-side-angle
C.) side-angle-side
D.) none of the above
next

41. -9 $400 Congruent Triangles $400
Which rule proves that these triangles are congruent?
A.) angle-side-angle
B.) side-side-angle
C.) side-angle-side
D.) none of the above
$400

42. a = -9, b = 8, c = 1 b – a – c next Congruent Triangles $500
Which rule proves that these triangles are congruent?
A.) angle-side-angle
B.) side-side-angle
C.) side-angle-side
D.) none of the above
next

43. 16 $500 Congruent Triangles $500
Which rule proves that these triangles are congruent?
A.) angle-side-angle
B.) side-side-angle
C.) side-angle-side
D.) none of the above
$500

44. A triangle has sides with lengths of 6 inches, 9 inches and 14 inches
A triangle has sides with lengths of 6 inches, 9 inches and 14 inches. Is it a right triangle?
Pythagorean Theorem $100
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45. No! the Pythagorean Theorem doesn’t work.
A triangle has sides with lengths of 6 inches, 9 inches and 14 inches. Is it a right triangle?
No! the Pythagorean Theorem doesn’t work.
Pythagorean Theorem $100
$100

46. What is the length of the missing side?
Pythagorean Theorem $200
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47. What is the length of the missing side?
Pythagorean Theorem $200
40 ft
$300

48. Find the distance between the two points shown
Find the distance between the two points shown. Round to the nearest tenth.
Pythagorean Theorem $300
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49. Find the distance between the two points shown
Find the distance between the two points shown. Round to the nearest tenth.
4.2 units
Pythagorean Theorem $300 3 3
$100

50. What is the length of the missing side?
Pythagorean Theorem $400
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51. What is the length of the missing side?
Pythagorean Theorem $400
15 cm
$400

52. next Pythagorean Theorem $500
Two joggers run 8 miles north and then 5 miles west. What is the shortest distance, to the nearest tenth of a mile, they must travel to return to their starting point?
Pythagorean Theorem $500
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53. Two joggers run 8 miles north and then 5 miles west
Two joggers run 8 miles north and then 5 miles west. What is the shortest distance, to the nearest tenth of a mile, they must travel to return to their starting point?
9.4 miles
Pythagorean Theorem $500
$500

54. Find the volume of this figure. Round to the nearest tenth.
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55. Cylinder:
V = 3.14 x 52 x 7
Volume $100
549.5 yd3
$100

56. Find the volume of this figure. Round to the nearest tenth.
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57. CONE:
V = (1/3) x 3.14 x 42 x 7
Volume $200
117.2 m3
$200

58. Find the volume of this figure. Round to the nearest tenth.
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59. CYLINDER:
V = 3.14 x 82 x 4
803.8 m3
Volume $300
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60. The soccer ball is 22 cm across in diameter
The soccer ball is 22 cm across in diameter. Find its volume to the nearest tenth.
Volume $400
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61. $400 Volume $400 SPHERE: (radius is 11 cm) V = (4/3) x 3.14 x 113

62. A cone has a height of 3.2 inches and a volume of 53.59 cubic inches.
Find the radius.
Volume $500
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63. Cone: V = (1/3) x 3.14 x r2 x h 53.59 = (1/3) x 3.14 x r2 x 3.2
16 = r …so r = 4 inches
Volume $500
$500

64. Daily Double
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65. Today’s Category: Pythagorean Theorem
Final Jeopardy
Today’s Category: Pythagorean Theorem
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66. In Mike’s basketball game he ran 9 feet straight out from under the basket. Then he went left 4 feet before running straight back to his original spot under the basket. How far did Mike travel? Round to the nearest tenth.
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67. Mike traveled a total of 22.8 feet.
4 ft
9 ft
9.8 ft
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68. Geometry
JEOPARDY
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