Woodland and Clear Beach are schools in different states, Alan is a student at Woodland and is 56 inches talI, Goran is a student at Clear Beach and is 45 inches tall. The heights of students at Woodland have a population mean of 65.2 inches and a standard deviation of 4.1 inches. The heights of students at Clear Beach have a population mean of 59.5 inches with a standard deviation of 4.9 inches. For each school, the distribution of the heights of students is clearly bell-shaped. (a) Find the z-scores of Alan's height as a student at Woodland and Goran's height as a student at Clear Beach. Round your answers to two decimal places. z-score of Alan's height: z-score of Goran's height: b) Relative to his population, which student is shorter? Choose the best answer based on the z-scores of the two heights. O Alan O Goran O It is unclear which student is shorter relative to his population
Woodland and Clear Beach are schools in different states, Alan is a student at Woodland and is 56 inches talI, Goran is a student at Clear Beach and is 45 inches tall. The heights of students at Woodland have a population mean of 65.2 inches and a standard deviation of 4.1 inches. The heights of students at Clear Beach have a population mean of 59.5 inches with a standard deviation of 4.9 inches. For each school, the distribution of the heights of students is clearly bell-shaped. (a) Find the z-scores of Alan's height as a student at Woodland and Goran's height as a student at Clear Beach. Round your answers to two decimal places. z-score of Alan's height: z-score of Goran's height: b) Relative to his population, which student is shorter? Choose the best answer based on the z-scores of the two heights. O Alan O Goran O It is unclear which student is shorter relative to his population
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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Step 1
a)
Consider that the mean and standard deviation of a random variable X are µ and σ, respectively.
Thus, the z-score of that random variable X is z = (X – µ)/σ.
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