A survey of major universities asked what percentage of incoming freshmen usually fences. graduate "on time" in 4 years. Use the summary statistics given to answer the O B. Yes, because the maximum value in the distribution is greater than questions. the upper fence. O C. Yes, because the minimum value in the distribution is less than the % on time lower fence and the maximum value is greater than the upper Count 48 fence. Mean 66.91 Median 66.56 O D. Yes, because the minimum value in the distribution is less than the StdDev 10.87 lower fence. Min 44.17 Max 86.94 c) Create a boxplot of these data. Choose the correct boxplot below. Range 42.77 25th %tile 57.41 O A. O B. 75th %tile 74.37 4% 90- 100- 80- 80- 70- 60- 60- 40- 50- 20- 40- O c. OD. 4% 4% 90- 100- 80- 80- I 70- 60- 60- 50- 40- H 40- 20- Time Remaining: 00:57:07 NextA survey of major universities asked what percentage of incoming freshmen usually a) Would you describe this distribution as symmetric or skewed? Explain. graduate "on time" in 4 years. Use the summary statistics given to answer the O A. This distribution is symmetric, because the mean and median are questions. reasonably close to one another and the quartiles are approximately the same distance from the mean. % on time O B. This distribution is symmetric, because the mean and median are Count 48 66.91 reasonably close to one another and the extreme values are Mean Median 66.56 approximately the same distance from the fences. StdDev 10.87 O C. This distribution is skewed to the left, because the medians is Min 44.17 significantly less than the mean. Max 86.94 Range 42.77 O D. This distribution is skewed to the right, because the medians is 25th %tile 57.41 significantly greater than the mean. 75th %tile 74.37 b) Are there any outliers? Explain. O A. No, because all the values in the distribution are between the fences. O B. Yes, because the maximum value in the distribution is greater than the upper fence. O C. Yes, because the minimum value in the distribution is less than the lower fence and the maximum value is greater than the upper fence. O D. Yes, because the minimum value in the distribution is less than the lower fence. c) Create a boxplot of these data. Choose the correct boxplot below. Time Remaining: 00:57:23 Next