(b) Calculate the z-score for the largest value and interpret it in terms of standard deviations. Do the same for the smallest value.Round your answers to two decimal places.The largest value:Z-Score =The maximum of 39.5% obese isistandard deviationsv the mean.The smallest value:Z-Score =The minimum of 23.0% obese isstandard deviationsthe mean. Percent Obese by StateComputer output giving descriptive statistics for the percent of the population that is obese for each of the 50 US states, from theUSStates dataset, is given in the table shown below. Since all 50 US states are included, this is a population, not a sample.VariableMean StDev MinimumQ1MedianQ3МaximumObese5031.433.8223.028.630.934.439.5Click here for the dataset associated with this question.

(b) Calculate the z-score for the largest value and interpret it in terms of standard deviations. Do the same for the smallest value. Round your answers to two decimal places. The largest value: Z-Score = The maximum of 39.5% obese is i standard deviations v the mean. The smallest value: Z-Score = i The minimum of 23.0% obese is i standard deviations the mean.

(b) Calculate the z-score for the largest value and interpret it in terms of standard deviations. Do the same for the smallest value. Round your answers to two decimal places. The largest value: Z-Score = The maximum of 39.5% obese is i standard deviations v the mean. The smallest value: Z-Score = i The minimum of 23.0% obese is i standard deviations the mean.

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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