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D. Use the same confidence level, but compute the interval n times. Approximately 5% of these intervals will be larger. O E. None of the above. (b) A 95% confidence interval for the mean u of a population is computed from a random sample and found to be 10 + 4. We may conclude O A. that if we took many, many additional samples and from each computed a 95% confidence interval for 4, approximately 95% of these intervals would contain u B. that there is a 95% probability that u is between 6 and 14. C. that there is a 95% probability that the true mean is 10 and a 95% chance the true margin of error is 4. O D. 95% of the population is between 6 and 14, O E. All of the above.

D. Use the same confidence level, but compute the interval n times. Approximately 5% of these intervals will be larger. O E. None of the above. (b) A 95% confidence interval for the mean u of a population is computed from a random sample and found to be 10 + 4. We may conclude O A. that if we took many, many additional samples and from each computed a 95% confidence interval for 4, approximately 95% of these intervals would contain u B. that there is a 95% probability that u is between 6 and 14. C. that there is a 95% probability that the true mean is 10 and a 95% chance the true margin of error is 4. O D. 95% of the population is between 6 and 14, O E. All of the above.

MATLAB: An Introduction with Applications
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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For each problem, select the best response. (a) Suppose you collect a SRS of size n from a population and from the data collected you computed a 95% confidence interval for the mean of the population. Which of the following would produce a new confidence interval with larger width (larger margin of error) based on these same data? O A. Nothing can guarantee absolutely that you will get a larger interval. One can only say the chance of obtaining a larger interval is 0.05. O B. Use a smaller confidence level. O C. Use a larger confidence level. O D. Use the same confidence level, but compute the interval n times. Approximately 5% of these intervals will be larger. O E. None of the above. (b) A 95% confidence interval for the mean u of a population is computed from a random sample and found to be 10 + 4. We may conclude O A. that if we took many, many additional samples and from each computed a 95% confidence interval for u, approximately 95% of these intervals would contain u O B. that there is a 95% probability that u is between 6 and 14. O C. that there is a 95% probability that the true mean is 10 and a 95% chance the true margin of error is 4. O D. 95% of the population is between 6 and 14. O E. All of the above.
Transcribed Image Text:For each problem, select the best response. (a) Suppose you collect a SRS of size n from a population and from the data collected you computed a 95% confidence interval for the mean of the population. Which of the following would produce a new confidence interval with larger width (larger margin of error) based on these same data? O A. Nothing can guarantee absolutely that you will get a larger interval. One can only say the chance of obtaining a larger interval is 0.05. O B. Use a smaller confidence level. O C. Use a larger confidence level. O D. Use the same confidence level, but compute the interval n times. Approximately 5% of these intervals will be larger. O E. None of the above. (b) A 95% confidence interval for the mean u of a population is computed from a random sample and found to be 10 + 4. We may conclude O A. that if we took many, many additional samples and from each computed a 95% confidence interval for u, approximately 95% of these intervals would contain u O B. that there is a 95% probability that u is between 6 and 14. O C. that there is a 95% probability that the true mean is 10 and a 95% chance the true margin of error is 4. O D. 95% of the population is between 6 and 14. O E. All of the above.
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