Select the most appropriate response. Five years ago, a survey found that the proportion of city employees who commute to work by car is 8%. A local city commissioner claims that the percentage is higher than it was five years ago. Data on employee commuting by car was collected on a random sample of 1000 employees and found 12% of employees commute by car. Test an appropriate hypothesis and state your conclusion at the 10% level of significance. 12. State the alternative hypothesis, the test statistic, your decision and your findings. Note: The p-value is 0.00000156. a) HA: p = 0.08; z = 4.66; Do not reject the null hypothesis. This data does not show a proportion in car commuting greater than 8%. b) HA: p > 0.08; z = 4.66: Reject the null hypothesis. This data shows a proportion in car commuting greater than 8%. c) HA. p<0.08; z = -4.66; Reject the null hypothesis. This data does not show a proportion in car commuting greater than 8%. d) HA: p > 0.08: z = -4.66; Do not reject the null hypothesis. This data shows a proportion in car commuting greater than 8%. e) HA p<0.08; z = 4.66, Reject the null hypothesis. This data does not show a proportion in car commuting greater than 8%.

MATLAB: An Introduction with Applications
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Select the most appropriate response.
Five years ago, a survey found that the proportion of city employees who commute to work by car is
8%. A local city commissioner claims that the percentage is higher than it was five years ago. Data on
employee commuting by car was collected on a random sample of 1000 employees and found 12% of
employees commute by car. Test an appropriate hypothesis and state your conclusion at the 10% level
of significance.
12.
State the alternative hypothesis, the test statistic, your decision and your findings.
Note: The p-value is 0.00000156.
a) HA: p = 0.08; z = 4.66; Do not reject the null hypothesis. This data does not show a proportion in car
commuting greater than 8%.
b) HA: p > 0.08; z = 4.66: Reject the null hypothesis. This data shows a proportion in car commuting
greater than 8%.
c) HA. p<0.08; z = -4.66; Reject the null hypothesis. This data does not show a proportion in car
commuting greater than 8%.
d) HA: p > 0.08: z = -4.66; Do not reject the null hypothesis. This data shows a proportion in car
commuting greater than 8%.
e) HA p<0.08; z = 4.66, Reject the null hypothesis. This data does not show a proportion in car
commuting greater than 8%.
Transcribed Image Text:Select the most appropriate response. Five years ago, a survey found that the proportion of city employees who commute to work by car is 8%. A local city commissioner claims that the percentage is higher than it was five years ago. Data on employee commuting by car was collected on a random sample of 1000 employees and found 12% of employees commute by car. Test an appropriate hypothesis and state your conclusion at the 10% level of significance. 12. State the alternative hypothesis, the test statistic, your decision and your findings. Note: The p-value is 0.00000156. a) HA: p = 0.08; z = 4.66; Do not reject the null hypothesis. This data does not show a proportion in car commuting greater than 8%. b) HA: p > 0.08; z = 4.66: Reject the null hypothesis. This data shows a proportion in car commuting greater than 8%. c) HA. p<0.08; z = -4.66; Reject the null hypothesis. This data does not show a proportion in car commuting greater than 8%. d) HA: p > 0.08: z = -4.66; Do not reject the null hypothesis. This data shows a proportion in car commuting greater than 8%. e) HA p<0.08; z = 4.66, Reject the null hypothesis. This data does not show a proportion in car commuting greater than 8%.
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