Physics students at a local university have designed a "hot dog gun" designed to shoot hot dogs into the stands at home football games. It is calibrated so that the distance it will shoot hot dogs is normally distributed with mean 144 feet and standard deviation 19 feet. A sample of 16 hot dogs is randomly launched. (a) Find the mean (in feet) of the sampling distribution of the mean distance traveled by 16 hot dogs shot from this gun. ?x = ft (b) Find the standard deviation (in feet) of the sampling distribution from part (a). ?x = ft
Physics students at a local university have designed a "hot dog gun" designed to shoot hot dogs into the stands at home football games. It is calibrated so that the distance it will shoot hot dogs is normally distributed with mean 144 feet and standard deviation 19 feet. A sample of 16 hot dogs is randomly launched. (a) Find the mean (in feet) of the sampling distribution of the mean distance traveled by 16 hot dogs shot from this gun. ?x = ft (b) Find the standard deviation (in feet) of the sampling distribution from part (a). ?x = ft
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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Physics students at a local university have designed a "hot dog gun" designed to shoot hot dogs into the stands at home football games. It is calibrated so that the distance it will shoot hot dogs is normally distributed with mean 144 feet and standard deviation 19 feet. A sample of 16 hot dogs is randomly launched.
(a)
Find the mean (in feet) of the sampling distribution of the mean distance traveled by 16 hot dogs shot from this gun.
?x = ft
(b)
Find the standard deviation (in feet) of the sampling distribution from part (a).
?x = ft
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