The data from a simple random sample with 25 observations was used to construct the plots given below. The normal probability plot that was constructed has acorrelation coefficient of 0.948. Judge whether a t-interval could be constructed using the data in the sample.Click here to view the normal probability plot and the boxplot.Click here to view the table of critical values of the correlation coefficient.The normal probability plotv the data could come from a normal population because 0.948|and the boxplotoutliers, soa t-intervalV be constructed.(Round to three decimal places as needed.)Critical Values of the Correlation CoefficientTable of Critical Valuesof the Correlation Coefficientwith Normal Probability PlotsSample Size, n Critical Value0.8800.88870.89880.9066.0.912100.918110.923120.928130.932140.935150.939160.941170.944180.946190.949200.951210.9520.95422230.956240.957250.959300.960PrintDone Question HeipThe data from a simple random sample with 25 observations was used to construct the plots given below. The normal probability plot that was constructed has acorrelation coefficient of 0.948. Judge whether a t-interval could be constructed using the data in the sample.Click here to view the normal probability_plot and the boxplot.Click here to view the table of critical values of the correlation coefficient,The normal probability plotV the data could come from a normal population because 0.948and the boxplotV outliers, soa t-intervalV be constructed.(Round to three decimal places as needed.)Normal Probability Plot and Bloxplot10203040-20-jo102030405060DataPrintDoneExpected Z-Score

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Description: The data from a simple random sample with 25 observations was used to construct the plots given below. The normal probability plot that was constructed has acorrelation coefficient of 0.948. Judge whether a t-interval could be constructed using the

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The data from a simple random sample with 25 observations was used to construct the plots given below. The normal probability plot that was constructed has a correlation coefficient of 0.948. Judge whether a t-interval could be constructed using the data in the sample. Click here to view the normal probability plot and the boxplot. Click here to view the table of critical values of the correlation coefficient. The normal probability plot V the data could come from a normal population because 0.948 and the boxplot V outliers, so a t-interval V be constructed. (Round to three decimal places as needed.)

The data from a simple random sample with 25 observations was used to construct the plots given below. The normal probability plot that was constructed has a correlation coefficient of 0.948. Judge whether a t-interval could be constructed using the data in the sample. Click here to view the normal probability plot and the boxplot. Click here to view the table of critical values of the correlation coefficient. The normal probability plot V the data could come from a normal population because 0.948 and the boxplot V outliers, so a t-interval V be constructed. (Round to three decimal places as needed.)

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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