[See Solution] Page 133 37 76 18 81 28 29 18 18 27 20 18 17 70 87 45 32 88 20 18 28 17 51 24 37 24 21 18 18 17 40 25 16 45 31 74 38 16 30 17 34 34 27 87


Question: Page 133

37 76 18 81 28 29 18 18 27 20
18 17 70 87 45 32 88 20 18 28
17 51 24 37 24 21 18 18 17 40
25 16 45 31 74 38 16 30 17 34
34 27 87 24 45 24 44 73 18 44
16 16 73 17 16 51 24 16 31 38
86 19 52 35 18 18 69 17 28 38
69 65 57 45 23 18 56 16 20 22
77 18 73 26 58 24 21 21 29 51
17 30 16 17 36 42 18 76 53 27
Age Licensed Drivers (millions)
16-19 9.2
20-29 33.6
30-39 40.8
40-49 37
50-59 24.2
60-69 17.5
70-79 12.7
80-89 4.3

Convert the given frequency distribution to a relative frequency distribution, then create a relative frequency distribution for the ages of drivers killed in car crashes. Compare the two relative frequency distributions. Which age categories appear to have substantially greater proportions of fatalities than the proportions of licensed drivers? If you were responsible for establishing the rates for auto insurance, which age categories would you select for higher rates? Construct a graph that is effective in identifying age categories that are more prone to fatal car crashes.

Price: $2.99
Solution: The downloadable solution consists of 4 pages
Deliverable: Word Document

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