3. Following are the published weights (in pounds) of all of the team members of the...

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3. Following are the published weights (in pounds) of all of the team members of the Houston Rockets from a previous year (Source: NBA.com). 186,210,219,203,215,195,230,215,215,183,226,229,190,215,245,243,214 a. Organize the data from the smallest to the largest value. b. Find the median value. c. Find the third quartile. d. Construct a boxplot of the data. e. Based on the shape of the data, what is the most appropriate measure for this data? Mean, or, median? Explain. The middle 50% of the weights are from what value to what value? What is the IQR? Are there any outliers in the data? Use an appropriate numerical test involving IQR to identify outliers, if any, and clearly state your conclusion. Assume the population was the Houston Rockets. Find f. g. h. 1) The population mean 2) The population standard deviation 3) The weight that is 1.5 standard deviation below the mean. 3. Following are the published weights (in pounds) of all of the team members of the Houston Rockets from a previous year (Source: NBA.com). 186,210,219,203,215,195,230,215,215,183,226,229,190,215,245,243,214 a. Organize the data from the smallest to the largest value. b. Find the median value. c. Find the third quartile. d. Construct a boxplot of the data. e. Based on the shape of the data, what is the most appropriate measure for this data? Mean, or, median? Explain. The middle 50% of the weights are from what value to what value? What is the IQR? Are there any outliers in the data? Use an appropriate numerical test involving IQR to identify outliers, if any, and clearly state your conclusion. Assume the population was the Houston Rockets. Find f. g. h. 1) The population mean 2) The population standard deviation 3) The weight that is 1.5 standard deviation below the mean.