Employee Absences A store manager wishes to see if the number of absences of her employees is the same for each weekday. She selected a random week and finds the following number of absences. At α=0.10 , is there a difference in the number of absences for each day of the week? Use the critical-value method with tables. Day Absences Mon 13 Tues 9 Weds 15 Thurs 21 Fri 22 Find the critical value. Round the answer to at least three decimal places. The critical value is Make the decision. z= ▼(Choose one) the null hypothesis. Summarize the results. There is ▼(Choose one) evidence ▼(Choose one) the null hypothesis that proportion of adults who do not have health insurance is equally distributed among the three education categories. If the null hypothesis is rejected, give a possible reason for this.
Employee Absences A store manager wishes to see if the number of absences of her employees is the same for each weekday. She selected a random week and finds the following number of absences. At α=0.10 , is there a difference in the number of absences for each day of the week? Use the critical-value method with tables. Day Absences Mon 13 Tues 9 Weds 15 Thurs 21 Fri 22 Find the critical value. Round the answer to at least three decimal places. The critical value is Make the decision. z= ▼(Choose one) the null hypothesis. Summarize the results. There is ▼(Choose one) evidence ▼(Choose one) the null hypothesis that proportion of adults who do not have health insurance is equally distributed among the three education categories. If the null hypothesis is rejected, give a possible reason for this.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Employee Absences A store manager wishes to see if the number of absences of her employees is the same for each weekday. She selected a random week and finds the following number of absences. At α=0.10 , is there a difference in the number of absences for each day of the week? Use the critical-value method with tables.
Day | Absences |
---|---|
Mon |
13
|
Tues |
9
|
Weds |
15
|
Thurs |
21
|
Fri |
22
|
Find the critical value. Round the answer to at least three decimal places.
The critical value is
Make the decision.
z=
▼(Choose one) the null hypothesis.
|
|
Summarize the results.
There is ▼(Choose one) evidence ▼(Choose one) the null hypothesis that proportion of adults who do not have health insurance is equally distributed among the three education categories.
|
If the null hypothesis is rejected, give a possible reason for this.
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