A researcher wanted to determine whether certain accidents were uniformly distributed over the days of the week. The data show the day of the week for n= 300 randomly selected accidents. Is there reason to believe that the accident occurs with equal frequency with espect to the day of the week at the a = 0.05 level of significance? E Click the icon to view the table. Let p = the proportion of accidents on day i, where i = 1 for Sunday, i= 2 for Monday, etc. What are the null and alternative hypotheses? H,: At least one proportion is different from the others. O B. Ho At least one proportion is different from the others. H, P, "P2="P, = H,: More accidents occur earlier in the week than later. O D. H,: More accidents occur later in the week than earlier. Comoute the expected counts for dav of the week.

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A researcher wanted to determine whether certain accidents were uniformly distributed over the days of the week. The data show the day of the week for n = 300 randomly selected accidents. Is there reason to believe that the accident occurs with equal frequency with
respect to the day of the week at the a = 0.05 level of significance?
E Click the icon to view the table.
Let p; = the proportion of accidents on day i, where i = 1 for Sunday, i = 2 for Monday, etc. What are the null and alternative hypotheses?
'A.
Ho: P1 = P2 =... =P7 =7
H,: At least one proportion is different from the others.
O B. H: At least one proportion is different from the others.
H;: P1 = P2 =. = P7 =
OC.
1
Ho: P, = P2 =.. = P, =
H,: More accidents occur earlier in the week than later.
OD.
Họ P, = P2 =. = P7 =
H.: More accidents occur later in the week than earlier.
Compute the eXpected counts for dav of the week.
Transcribed Image Text:A researcher wanted to determine whether certain accidents were uniformly distributed over the days of the week. The data show the day of the week for n = 300 randomly selected accidents. Is there reason to believe that the accident occurs with equal frequency with respect to the day of the week at the a = 0.05 level of significance? E Click the icon to view the table. Let p; = the proportion of accidents on day i, where i = 1 for Sunday, i = 2 for Monday, etc. What are the null and alternative hypotheses? 'A. Ho: P1 = P2 =... =P7 =7 H,: At least one proportion is different from the others. O B. H: At least one proportion is different from the others. H;: P1 = P2 =. = P7 = OC. 1 Ho: P, = P2 =.. = P, = H,: More accidents occur earlier in the week than later. OD. Họ P, = P2 =. = P7 = H.: More accidents occur later in the week than earlier. Compute the eXpected counts for dav of the week.
A researcher wanted to determine whether certain accidents were uniformly distributed over the days of the week. The data show the day of the week for n= 300 randomly selected accidents. Is there reason to believe that the accident occurs with equal frequency with
respect to the day of the week at the a = 0.05 level of significance?
E Click the icon to view the table,
H,: More accidents occur earlier in the week than later.
OD.
Ho P, = P2 = .. = P7 =7
Distribution of accidents
H,: More accidents occur later in the week than earlier.
Compute the expected counts for day of the week.
Day of the Week
Sunday
Observed Count
35
Expected Count
Day of the
Week
Frequency
Sunday Monday Tuesday Wednesday Thursday Friday Saturday e
Monday
Tuesday
43
35
43
31
39
44
49
59
31
Wednesday
39
Print
Done
Thursday
44
Friday
49
Saturday
59
(Round to two decimal places as needed.)
Enter your answer in the edit fields and then click Check Answer.
Transcribed Image Text:A researcher wanted to determine whether certain accidents were uniformly distributed over the days of the week. The data show the day of the week for n= 300 randomly selected accidents. Is there reason to believe that the accident occurs with equal frequency with respect to the day of the week at the a = 0.05 level of significance? E Click the icon to view the table, H,: More accidents occur earlier in the week than later. OD. Ho P, = P2 = .. = P7 =7 Distribution of accidents H,: More accidents occur later in the week than earlier. Compute the expected counts for day of the week. Day of the Week Sunday Observed Count 35 Expected Count Day of the Week Frequency Sunday Monday Tuesday Wednesday Thursday Friday Saturday e Monday Tuesday 43 35 43 31 39 44 49 59 31 Wednesday 39 Print Done Thursday 44 Friday 49 Saturday 59 (Round to two decimal places as needed.) Enter your answer in the edit fields and then click Check Answer.
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