1. 5 Minute Check Draw box plots to represent the data. Complete on your homework. 1. 26, 22, 31, 36, 22, 27, 15, 36, 32, 29, 30 2.

2. 5 Minute Check Draw box plots to represent the data. 1. 26, 22, 31, 36, 22, 27, 15, 36, 32, 29, 30

3. 5 Minute Check Draw box plots to represent the data. 1. 26, 22, 31, 36, 22, 27, 15, 36, 32, 29, 30 15, 22, 22, 26, 27, 29, 30, 31, 32, 36, 36

4. 5 Minute Check Draw box plots to represent the data. 2.

5. 5 Minute Check Draw box plots to represent the data. 2. 40, 42, 51, 55, 59, 63, 65, 67, 68, 72, 73, 77, 78, 80, 81

6. Turn to page 890 in your book.

16. Friday, April 10 Chapter 6.12.5 Shape of Data Distribution

17. Objective: To describe a data distribution by its center, spread and overall shape.

18. Shape of Data Distribution The distribution of a data set shows the arrangement of data value.

19. Shape of Data Distribution A cluster is data that is grouped closely together.

20. Shape of Data Distribution A cluster is data that is grouped closely together. Gaps are large spaces in between data values.

21. Shape of Data Distribution A cluster is data that is grouped closely together. Gaps are large spaces in between data values. The peak is the most frequently occurring values or mode.

22. Shape of Data Distribution A cluster is data that is grouped closely together. Gaps are large spaces in between data values. The peak is the most frequently occurring values or mode. Symmetry is when the left side of the distribution looks like the right side.

23. Shape of Data Distribution Describe the shape of the data distribution. Is there a data cluster?

24. Shape of Data Distribution Describe the shape of the data distribution. Is there a data cluster? 10-12

25. Shape of Data Distribution Describe the shape of the data distribution. Is there a data cluster? 10-12 Are there gaps?

26. Shape of Data Distribution Describe the shape of the data distribution. Is there a data cluster? 10-12 Are there gaps? 9 and 13

27. Shape of Data Distribution Describe the shape of the data distribution. Is there a data cluster? 10-12 Are there gaps? 9 and 13 What is the peak?

28. Shape of Data Distribution Describe the shape of the data distribution. Is there a data cluster? 10-12 Are there gaps? 9 and 13 What is the peak? 10

29. Shape of Data Distribution Describe the shape of the data distribution. Is there a data cluster? 10-12 Are there gaps? 9 and 13 What is the peak? 10 Is the data symmetrical?

30. Shape of Data Distribution Describe the shape of the data distribution. Is there a data cluster? 10-12 Are there gaps? 9 and 13 What is the peak? 10 Is the data symmetrical? No

31. Shape of Data Distribution The line plot shows the temperature in degrees Fahrenheit in a city over several days. Describe the shape of each distribution.

32. Shape of Data Distribution The line plot shows the temperature in degrees Fahrenheit in a city over several days. Describe the shape of each distribution. cluster?

33. Shape of Data Distribution The line plot shows the temperature in degrees Fahrenheit in a city over several days. Describe the shape of each distribution. cluster? 16-18 & 22-25 gaps?

34. Shape of Data Distribution The line plot shows the temperature in degrees Fahrenheit in a city over several days. Describe the shape of each distribution. cluster? 16-18 & 22-25 gaps? 19-21 peak?

35. Shape of Data Distribution The line plot shows the temperature in degrees Fahrenheit in a city over several days. Describe the shape of each distribution. cluster? 16-18 & 22-25 gaps? 19-21 peak? 22 symmetrical?

36. Shape of Data Distribution The line plot shows the temperature in degrees Fahrenheit in a city over several days. Describe the shape of each distribution. cluster? 16-18 & 22-25 gaps? 19-21 peak? 22 symmetrical? No

37. Shape of Data Distribution The line plot shows the temperature in degrees Fahrenheit in a city over several days. Describe the shape of each distribution. The shape of distribution is not symmetrical. There is a gap from 19 to 21. There are clusters fro 16-18 and 22-25. The peak is 22 and there are no outliers.

38. Shape of Data Distribution The graph shows the number of visitors to a gift shop. Describe the shape of each distribution.

39. Shape of Data Distribution The graph shows the number of visitors to a gift shop. Describe the shape of each distribution. cluster?

40. Shape of Data Distribution The graph shows the number of visitors to a gift shop. Describe the shape of each distribution. cluster? unknown gaps?

41. Shape of Data Distribution The graph shows the number of visitors to a gift shop. Describe the shape of each distribution. cluster? unknown gaps? unknown peak?

42. Shape of Data Distribution The graph shows the number of visitors to a gift shop. Describe the shape of each distribution. cluster? unknown gaps? unknown peak? unknown symmetrical?

43. Shape of Data Distribution The graph shows the number of visitors to a gift shop. Describe the shape of each distribution. cluster? unknown gaps? unknown peak? unknown symmetrical? Yes

44. Shape of Data Distribution The graph shows the number of visitors to a gift shop. Describe the shape of each distribution. Gaps, peaks or clusters can not be identified. Since each box and whisker is the same length, the data is evenly distributed. The data is symmetric and there are no outliers.

45. Shape of Data Distribution The histogram shows the number of solar eclipses in a ten year period. Describe the shape of the distribution.

46. Shape of Data Distribution The histogram shows the number of solar eclipses in a ten year period. Describe the shape of the distribution. cluster?

47. Shape of Data Distribution The histogram shows the number of solar eclipses in a ten year period. Describe the shape of the distribution. cluster? unknown gaps?

48. Shape of Data Distribution The histogram shows the number of solar eclipses in a ten year period. Describe the shape of the distribution. cluster? unknown gaps? none peak?

49. Shape of Data Distribution The histogram shows the number of solar eclipses in a ten year period. Describe the shape of the distribution. cluster? unknown gaps? none peak? 0:01-2:30 symmetrical?

50. Shape of Data Distribution The histogram shows the number of solar eclipses in a ten year period. Describe the shape of the distribution. cluster? unknown gaps? none peak? 0:01-2:30 symmetrical? No

51. Shape of Data Distribution The histogram shows the number of solar eclipses in a ten year period. Describe the shape of the distribution. The shape is not symmetrical. There is a peak on the left side at 0:01-2:30 min. There are no gaps or outliers.

52. Shape of Data Distribution The graph shows the weights of dogs. Describe the shape of the distribution.

53. Shape of Data Distribution The graph shows the weights of dogs. Describe the shape of the distribution. cluster?

54. Shape of Data Distribution The graph shows the weights of dogs. Describe the shape of the distribution. cluster? unknown gaps?

55. Shape of Data Distribution The graph shows the weights of dogs. Describe the shape of the distribution. cluster? unknown gaps? unknown peak?

56. Shape of Data Distribution The graph shows the weights of dogs. Describe the shape of the distribution. cluster? unknown gaps? unknown peak? unknown symmetrical?

57. Shape of Data Distribution The graph shows the weights of dogs. Describe the shape of the distribution. cluster? unknown gaps? unknown peak? unknown symmetrical? No

58. Shape of Data Distribution The graph shows the weights of dogs. Describe the shape of the distribution. The shape is not symmetrical. Gaps, peaks or clusters can not be identified. There is an outlier at 20.

59. Shape of Data Distribution The graph shows the number of states visited. Describe the shape of the distribution. cluster?

60. Shape of Data Distribution The graph shows the number of states visited. Describe the shape of the distribution. cluster? 10-14 gaps?

61. Shape of Data Distribution The graph shows the number of states visited. Describe the shape of the distribution. cluster? 10-14 gaps? 15-18 peak?

62. Shape of Data Distribution The graph shows the number of states visited. Describe the shape of the distribution. cluster? 10-14 gaps? 15-18 peak? 12 symmetrical?

63. Shape of Data Distribution The graph shows the number of states visited. Describe the shape of the distribution. cluster? 10-14 gaps? 15-18 peak? 12 symmetrical? No

64. Shape of Data Distribution The graph shows the number of states visited. Describe the shape of the distribution. cluster? 10-14 gaps? 15-18 peak? 12 symmetrical? No There is a cluster from 10 to 14, a gap from 15 to 18 and the peak is 12. It is not symmetrical and has an outlier at 19.

65. Shape of Data Distribution The graph shows average animal speeds. Describe the shape of the distribution. cluster?

66. Shape of Data Distribution The graph shows average animal speeds. Describe the shape of the distribution. cluster? 1- 79 gaps?

67. Shape of Data Distribution The graph shows average animal speeds. Describe the shape of the distribution. cluster? 1- 79 gaps? 80-199 peak?

68. Shape of Data Distribution The graph shows average animal speeds. Describe the shape of the distribution. cluster? 1- 79 gaps? 80-199 peak? 20-39 symmetrical?

69. Shape of Data Distribution The graph shows average animal speeds. Describe the shape of the distribution. cluster? 1- 79 gaps? 80-199 peak? 20-39 symmetrical? No

70. Shape of Data Distribution Which is a true statement? A. The distribution is symmetric. B. The distribution has an outlier. C. The distribution has a peak. D. There are no clusters.

71. Shape of Data Distribution Which is a true statement? A. The distribution is symmetric. B. The distribution has an outlier. C. The distribution has a peak. D. There are no clusters.

72. Shape of Data Distribution Agenda Notes No Homework– Hand today’s notes forward. Make sure your name is on all pages. BB#2 Due today Test Corrections due Monday Chapter 6.12 Test – Friday, April 17