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1.29% of fly balls are hit further than what distance? • What distribution will you use to calculate this probability? NO o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. o 29% of fly balls are hit further than 2. Suppose we randomly sample 78 fly balls. 29% of samples of 78 fly balls are hit an average of more than what distance? o What distribution will you use to calculate this probability? NO feet. o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. • 29% of samples of 78 fly balls are hit an average of more than feet.

1.29% of fly balls are hit further than what distance? • What distribution will you use to calculate this probability? NO o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. o 29% of fly balls are hit further than 2. Suppose we randomly sample 78 fly balls. 29% of samples of 78 fly balls are hit an average of more than what distance? o What distribution will you use to calculate this probability? NO feet. o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. • 29% of samples of 78 fly balls are hit an average of more than feet.

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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Suppose that the distance of fly balls hit to the outfield (in baseball) is normally distributed with a mean of 269 feet and a standard deviation of 71 feet. 1.29% of fly balls are hit further than what distance? • What distribution will you use to calculate this probability? NO • List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. • 29% of fly balls are hit further than 2. Suppose we randomly sample 78 fly balls. 29% of samples of 78 fly balls are hit an average of more than what distance? • What distribution will you use to calculate this probability? NO feet. o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. • 29% of samples of 78 fly balls are hit an average of more than feet.
Transcribed Image Text:Suppose that the distance of fly balls hit to the outfield (in baseball) is normally distributed with a mean of 269 feet and a standard deviation of 71 feet. 1.29% of fly balls are hit further than what distance? • What distribution will you use to calculate this probability? NO • List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. • 29% of fly balls are hit further than 2. Suppose we randomly sample 78 fly balls. 29% of samples of 78 fly balls are hit an average of more than what distance? • What distribution will you use to calculate this probability? NO feet. o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. • 29% of samples of 78 fly balls are hit an average of more than feet.
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