Determining Normality - Download the data set “Body Data” in your preferred technology format (StatCrunch, Statdisk, Excel). Select 3 columns of your choice from the list below. For each of the 3 columns you selected, determine whether the data is normally distributed in two ways: 1. Create a Histogram of the data and determine if it is approximately bell-shaped, and 2. Create a Normal Quantile Plot and determine if the pattern of points is reasonably close to a straight line. After examining these two graphs together, decide whether the data is normally distributed and explain your findings. Paste your graphs using the Insert/Edit Image button (no attachments!) Body Data_Excel(1).xlsx Pulse (pulse rate in beats per minute) HDL (HDL cholesterol, mg/dL) LDL (LDL cholesterol, mg/dL) White (white blood cell count, 1000 cells/µL) Red (red blood cell count, million cells/µL) Weight (weight, kg) Height (height, cm) Waist (waist circumference, cm) Arm Circ (arm circumference

Determining Normality - Download the data set “Body Data” in your preferred technology format (StatCrunch, Statdisk, Excel). Select 3 columns of your choice from the list below. For each of the 3 columns you selected, determine whether the data is normally distributed in two ways: 1. Create a Histogram of the data and determine if it is approximately bell-shaped, and 2. Create a Normal Quantile Plot and determine if the pattern of points is reasonably close to a straight line. After examining these two graphs together, decide whether the data is normally distributed and explain your findings. Paste your graphs using the Insert/Edit Image button (no attachments!) Body Data_Excel(1).xlsx Pulse (pulse rate in beats per minute) HDL (HDL cholesterol, mg/dL) LDL (LDL cholesterol, mg/dL) White (white blood cell count, 1000 cells/µL) Red (red blood cell count, million cells/µL) Weight (weight, kg) Height (height, cm) Waist (waist circumference, cm) Arm Circ (arm circumference, cm) BMI (body mass index, kg/m2)