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In this problem, round your answer to three decimal places, if necessary. Travis runs two similar races. For one race, the times are normally distributed with a mean of 44.7 seconds and a standard deviation of 4.2 seconds. Travis's time is 40.5 seconds. find the z-score for this time. For the other race, the times are normally distributed with a mean of 43.4 seconds and a standard deviation of 3.5 seconds. Travis's time is 41.1 seconds. find the z-score for this time. Which time is better, relative to all runners in the race? O The first race O The second race Is this the same time that appears better if you didn't consider the race statistics? OYes, the race with the better z-score is the same as the one with the better time. O No, the race with the better z-score is the one with the worse time.

In this problem, round your answer to three decimal places, if necessary. Travis runs two similar races. For one race, the times are normally distributed with a mean of 44.7 seconds and a standard deviation of 4.2 seconds. Travis's time is 40.5 seconds. find the z-score for this time. For the other race, the times are normally distributed with a mean of 43.4 seconds and a standard deviation of 3.5 seconds. Travis's time is 41.1 seconds. find the z-score for this time. Which time is better, relative to all runners in the race? O The first race O The second race Is this the same time that appears better if you didn't consider the race statistics? OYes, the race with the better z-score is the same as the one with the better time. O No, the race with the better z-score is the one with the worse time.

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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TE 388 IF) FIT (1 In this problem, round your answer to three decimal places, if necessary. Travis runs two similar races. For one race, the times are normally distributed with a mean of 44.7 seconds and a standard deviation of 4.2 seconds. Travis's time is 40.5 seconds. find the z-score for this time. For the other race, the times are normally distributed with a mean of 43.4 seconds and a standard deviation of 3.5 seconds. Travis's time is 41.1 seconds. find the z-score for this time. Which time is better, relative to all runners in the race? O The first race O The second race Is this the same time that appears better if you didn't consider the race statistics? OYes, the race with the better z-score is the same as the one with the better time. O No, the race with the better z-score is the one with the worse time.
Transcribed Image Text:TE 388 IF) FIT (1 In this problem, round your answer to three decimal places, if necessary. Travis runs two similar races. For one race, the times are normally distributed with a mean of 44.7 seconds and a standard deviation of 4.2 seconds. Travis's time is 40.5 seconds. find the z-score for this time. For the other race, the times are normally distributed with a mean of 43.4 seconds and a standard deviation of 3.5 seconds. Travis's time is 41.1 seconds. find the z-score for this time. Which time is better, relative to all runners in the race? O The first race O The second race Is this the same time that appears better if you didn't consider the race statistics? OYes, the race with the better z-score is the same as the one with the better time. O No, the race with the better z-score is the one with the worse time.
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