Presentation is loading. Please wait.

Presentation is loading. Please wait.

Geometry Review Katie Smith © 2012. Quadrilaterals Katie Smith © 2012.

Similar presentations


Presentation on theme: "Geometry Review Katie Smith © 2012. Quadrilaterals Katie Smith © 2012."— Presentation transcript:

1 Geometry Review Katie Smith © 2012

2 Quadrilaterals Katie Smith © 2012

3 What does “Quad” mean? Katie Smith © 2012

4 Quad means 4 Katie Smith © 2012

5 How many sides does a quadrilateral have? Katie Smith © 2012

6 A quadrilateral has 4 sides! Katie Smith © 2012

7 These are all quadrilaterals! Katie Smith © 2012

8 Kinds of quadrilaterals – see if you can name them! Katie Smith © 2012

9 p _ _ _ _ _ _ _ _ _ _ Katie Smith © 2012

10 parallelogram two sets of parallel sides Katie Smith © 2012

11 r _ _ _ _ _ _ 3 in. Katie Smith © 2012

12 rhombus – all the sides are equal in length 3 in. Katie Smith © 2012

13 t _ _ _ _ _ _ _ _ Katie Smith © 2012

14 trapezoid – only one pair of parallel sides Katie Smith © 2012

15 s _ _ _ _ _ Katie Smith © 2012

16 square – has right angles and ALL sides are the same length Katie Smith © 2012

17 r _ _ _ _ _ _ _ _ Katie Smith © 2012

18 rectangle Katie Smith © 2012

19 Other important polygons you need to know Katie Smith © 2012

20 p _ _ _ _ _ _ _ Hint: think about pentominoes Katie Smith © 2012

21 Five sides, five angles PENTAGON Katie Smith © 2012

22 Eight sides, eight angles o _ _ _ _ _ _ Hint: an octopus has 8 legs Katie Smith © 2012

23 Eight sides, eight angles OCTAGON Katie Smith © 2012

24 Six sides, six angles Hint: Six has an X – so does the name of this shape. h _ _ _ _ _ _ Katie Smith © 2012

25 Six sides, six angles HEXAGON Katie Smith © 2012

26 Points, Lines, and Segments Katie Smith © 2012

27 p _ _ _ _ A Katie Smith © 2012

28 point A Katie Smith © 2012

29 l _ _ _ C B Katie Smith © 2012

30 line C B Katie Smith © 2012

31 l _ _ _ s _ _ _ _ _ _ _ S K Katie Smith © 2012

32 l _ _ _ s _ _ _ _ _ _ _ S K Katie Smith © 2012

33 line segment S K Katie Smith © 2012

34 r _ _ L S Katie Smith © 2012

35 ray L S Katie Smith © 2012

36 p _ _ _ _ _ _ _ lines Katie Smith © 2012

37 parallel lines two lines that will never cross Katie Smith © 2012

38 i _ _ _ _ _ _ _ _ _ _ _ lines Katie Smith © 2012

39 intersecting lines lines that will cross if extended Katie Smith © 2012

40 p _ _ _ _ _ _ _ _ _ _ _ _ lines Katie Smith © 2012

41 perpendicular lines lines that cross to form right angles Katie Smith © 2012

42 Angles Katie Smith © 2012

43 o _ _ _ _ _ angle Katie Smith © 2012

44 obtuse angle bigger than a right angle – more than 90 degrees Katie Smith © 2012

45 a _ _ _ _ angles Katie Smith © 2012

46 acute angles are smaller than a right angle – less than 90 degrees Katie Smith © 2012

47 r _ _ _ _ angles Katie Smith © 2012

48 right angles look like the letter L and are 90 degrees Katie Smith © 2012

49 Perimeter Katie Smith © 2012

50 Think of Jurassic Park: “Secure the Perimeter!” means get the fences ready! Katie Smith © 2012

51 Perimeter = the measurement All the way around an object *Add all the sides to find the perimeter! 4 in. 6 in. 3 in. Katie Smith © 2012

52 What is the perimeter of the triangle? 4 in. 6 in. 3 in. Katie Smith © 2012

53 P=13 inches! 4 in. 6 in. 3 in. Katie Smith © 2012

54 Area Katie Smith © 2012

55 Area is the measurement inside of an object. Katie Smith © 2012

56 7 in. Find the area by multiplying the sides. length x width = l x w What is the area of this rectangle? 4 in. Katie Smith © 2012

57 7 in. Find the area by multiplying the sides. length x width = l x w What is the area of this rectangle? 4 in. A=28 square inches 7x4=28 Katie Smith © 2012

58 5 ft. What is the area of this square? 5 ft. Katie Smith © 2012

59 5 ft. What is the area of this square? 5 ft. Area=25 square feet 5x5=25 Katie Smith © 2012

60 7 in. What is the area of this rectangle? 3 in. 7 in. 3 in. Katie Smith © 2012

61 7 in. What is the area of this rectangle? 3 in. 7 in. 3 in. Area=21 square inches 7x3=21 Katie Smith © 2012

62 Types of Triangles Katie Smith © 2012

63 Triangles can be named by the lengths of their sides. Katie Smith © 2012

64 e _ _ _ _ _ _ _ _ _ _ triangle 3 in. Katie Smith © 2012

65 equilateral triangle all the sides are equal in length 3 in. Katie Smith © 2012

66 i _ _ _ _ _ _ _ _ triangle 4 in. Hint: think about an icicle Katie Smith © 2012

67 isosceles triangle two of the sides are equal 4 in. Katie Smith © 2012

68 s _ _ _ _ _ _ triangle 5 in. 3 in. 4 in. Hint: think about the scales on a dinosaur Katie Smith © 2012

69 scalene triangle none of the sides are the same length 5 in. 3 in. 4 in. Katie Smith © 2012

70 3-D SHAPES Katie Smith © 2012

71

72 c _ _ _ _ _ _ _ Katie Smith © 2012

73 cylinder Katie Smith © 2012

74 c _ _ _ Katie Smith © 2012

75 cube Katie Smith © 2012

76 s _ _ _ _ _ Katie Smith © 2012

77 sphere Katie Smith © 2012

78 p _ _ _ _ _ _ Katie Smith © 2012

79 pyramid Katie Smith © 2012

80 c _ _ _ Katie Smith © 2012

81 cone Katie Smith © 2012

82 r _ _ _ _ _ _ _ _ _ _ p _ _ _ _ Katie Smith © 2012

83 rectangular prism Katie Smith © 2012

84 t _ _ _ _ _ _ _ _ _ p _ _ _ _ Katie Smith © 2012

85 triangular prism Katie Smith © 2012

86 Good job Mathematicians !! ! Katie Smith © 2012

87 Thank You! Thank you for downloading one of my digital products! I am always happy to continue updating my documents as I receive comments and/or questions. If you would like to contact me please e-mail me at katiebaxsmith@gmail.com and I will get back to you as soon as possible. I would love your feedback! Keep checking my TpT store for reader’s and writer’s workshop items, math units, pre-made centers, and other exciting classroom items! http://www.teacherspayteachers.com/Store/Katie-Smith Katie Smith © 2012


Download ppt "Geometry Review Katie Smith © 2012. Quadrilaterals Katie Smith © 2012."

Similar presentations


Ads by Google