Kentucky Derby winners top 30 miles per hour, as shown in the cumulative relative frequency graph. The graph shows the percentage of Derby winners that have run slower than each given speed. You can see that the 86th percentile of winning speed is 37 miles per hour. a) Estimate the median winning speed. b) Estimate the quartiles. c) Estimate the range and the IQR. d) Create a boxplot of the speeds e) Write a few sentences describing the distribution of speeds of Kentucky Derby winners. Kentucky Derby winners top 30 miles per hour, as shown in the cumulative relative frequency graph. The graph shows the percentage of Derby winners that have run slower than each given speed. You can see that the 86th percentile of winning speed is 37 miles per hour. a) Estimate the median winning speed. b) Estimate the quartiles. c) Estimate the range and the IQR. d) Create a boxplot of the speeds e) Write a few sentences describing the distribution of speeds of Kentucky Derby winners. Kentucky Derby winners top 30 miles per hour, as shown in the cumulative relative frequency graph. The graph shows the percentage of Derby winners that have run slower than each given speed. You can see that the 86th percentile of winning speed is 37 miles per hour. a) Estimate the median winning speed. b) Estimate the quartiles. c) Estimate the range and the IQR. d) Create a boxplot of the speeds e) Write a few sentences describing the distribution of speeds of Kentucky Derby winners.