ation coefficient normal proba of Critical Values the Correlation Coefficient with Normal Probability Plots Sample Size, n Critical Value 5 0.880 6 0.888 and the boxplot be constructed. 7 0.898 8 0.906 9 0.912 - X 10 0.918 Normal probability plot and bloxplot 11 0.923 12 0.928 13 0.932 Q 14 0.935 N 15 0.939 16 0.941 17 0.944 18 0.946 Expected Z-Score 19 0.949 20 0.951 21 0.952 22 0.954 -2- 10 20 30 40 23 0.956 -20 -10 0 10 20 30 40 50 60 24 0.957 Data 25 0.959 30 0.960 Print Done Print Done View an example Get more helpsThe 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 0.944. 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 the data could come from a normal population because 0.944 and the boxplot outliers, so a t-interval be constructed. (Round to three decimal pla suggests does not suggestThe 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 0.944. 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 the data could come from a normal population because 0.944 and the boxplot outliers, so a t-interval 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 0.944. 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 the data could come from a normal population because 0.944 and the boxplot outliers, so a t-interval be constructed. Round to three decimal places as needed.) does not show showsThe 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 0.944. 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 the data could come from a normal population because 0.944 and the boxplot outliers, so a t-interval be constructed. (Round to three decimal places as needed.) could not could