Prev An insurance company wants to know if the color of an automobile has a relationship with the number of moving violations. The following contingency table gives the results of data collected from police reports across the nation. The columns list the numbers of reported moving violations in a year. Use a level of significance of a = 0.025 to conduct a hypothesis test of association between automobile color and the number of moving violations. Observed Sample of Cars 0-1 2-3 More Than 3 Total White 62 45 31 138 Black 73 77 29 179 Red 69 52 31 152 Silver 51 32 27 110 Other 47 46 47 140 Total 302 252 165 719 Copy Data Step 2 of 4: Calculate the expected value for the number of red cars with more than 3 moving violations in a year. Round your answer to six decimal places. Answer 2 Points E(nR3) = Tables Keypad Keyboard Shortcuts > Next

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An insurance company wants to know if the color of an automobile has a relationship with the number of moving violations. The following
contingency table gives the results of data collected from police reports across the nation. The columns list the numbers of reported moving
violations in a year. Use a level of significance of a = 0.025 to conduct a hypothesis test of association between automobile color and the number of
moving violations.
Observed Sample of Cars
0-1 2-3
More Than 3
Total
White
62
45
31
138
Black
73
77
29
179
Red
69
52
31
152
Silver 51
32
27
110
Other 47
46
47
140
Total 302
252
165
719
Copy Data
Step 2 of 4: Calculate the expected value for the number of red cars with more than 3 moving violations in a year. Round your answer to six decimal
places.
Answer 2 Points
E(nR3) =
Tables
Keypad
Keyboard Shortcuts
>
Next
Transcribed Image Text:Prev An insurance company wants to know if the color of an automobile has a relationship with the number of moving violations. The following contingency table gives the results of data collected from police reports across the nation. The columns list the numbers of reported moving violations in a year. Use a level of significance of a = 0.025 to conduct a hypothesis test of association between automobile color and the number of moving violations. Observed Sample of Cars 0-1 2-3 More Than 3 Total White 62 45 31 138 Black 73 77 29 179 Red 69 52 31 152 Silver 51 32 27 110 Other 47 46 47 140 Total 302 252 165 719 Copy Data Step 2 of 4: Calculate the expected value for the number of red cars with more than 3 moving violations in a year. Round your answer to six decimal places. Answer 2 Points E(nR3) = Tables Keypad Keyboard Shortcuts > Next
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