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Amie Jackson, a Manager at Sigma Travel Services, Makes Every

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Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ?


A) Η0: Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 / Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 ≤ 1, ΗA: Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 / Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 > 1
B) Η0: Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 / Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 ≤ 1, ΗA: Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 / Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 > 1
C) Η0: Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 / Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 = 1, ΗA: Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 / Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 ≠ 1
D) Η0: Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 / Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 ≥ 1, ΗA: Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 / Amie Jackson, a manager at Sigma travel services, makes every effort to ensure that customers attempting to make online reservations do not have to wait too long to complete the reservation process. The travel website is open for reservations 24 hours a day, and Amie regularly checks the website for the waiting time to maintain consistency in service. She uses the following independently drawn samples of wait time during two peak hours, morning 8 a.m. to 10 a.m., and evening 7 p.m. to 9 p.m., for the analysis. Assume that wait times are normally distributed. Which of the following is the correct hypotheses to determine if the variance of wait time during morning peak hours (population 1) differs from that during the evening peak hours (population 2) ? A) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 B) Η<sub>0</sub>: / ≤ 1, Η<sub>A</sub>: / > 1 C) Η<sub>0</sub>: / = 1, Η<sub>A</sub>: / ≠ 1 D) Η<sub>0</sub>: / ≥ 1, Η<sub>A</sub>: / < 1 < 1

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