A. calculate the median and interquartile range for each set of data. make sure to label each measurement in your answer.
b. make two inferences based on your results from part a. use complete sentences in your answer.
1948 olympics
men's 100m freestyle swim finals
competitor time
wally ris 57.3s
alan ford 57.8s
géza kádas 58.1s
keith carter 58.3s
alex jany 58.3s
per-olof olsson 59.3s
zoltán szilárd 59.6s
taha youssef el-gamal 1: 00.5s
2012 olympics
men's 100m freestyle swim finals
competitor time
nathan adrian 47.52s
james magnussen 47.53s
brent hayden 47.80s
yannick agnel 47.84s
sebastiaan verschuren 47.88s
cesar cielo 47.92s
hanser garcia 48.04s
nikita lobintsev 48.44s

An annual marathon covers a route that has a distance of approximately 26 miles. winning times for this marathon are all over 2 hours. the following data are the minutes over 2 hours for the winning male runners over two periods of 20 years each. earlier period 14 12 15 22 13 10 19 13 9 14 20 18 16 20 23 12 18 17 6 13 recent period 7 11 7 14 8 9 11 14 8 7 9 8 7 9 9 9 9 8 10 8 (a) make a stem-and-leaf display for the minutes over 2 hours of the winning times for the earlier period. use two lines per stem. (use the tens digit as the stem and the ones digit as the leaf. enter none in any unused answer blanks. for more details, view how to split a stem.) minutes beyond 2 hours earlier period 0 1 2 (b) make a stem-and-leaf display for the minutes over 2 hours of the winning times for the recent period. use two lines per stem. (use the tens digit as the stem and the ones digit as the leaf. enter none in any unused answer blanks.) minutes beyond 2 hours recent period (c) compare the two distributions. how many times under 15 minutes are in each distribution

The box plots show the data distributions for the number of customers who used a coupon each hour for two days of a store sale. what is the difference of the medians?

Solve for x. i’m bad at geometry me