STAAR Review - Box/Dot Plots

• The range of the data for men 20-40 years old is less than the range of the data for men 50-70 years old.

• The median of the data for men 20-40 years old is less than the median of the data for men 50-70 years old.

• The minimum target heart rate for men 20-40 years old is less than the minimum target heart rate for men 50-70 years old.

• The interquartile range of the data for men 20-40 years old is greater than the interquartile range of the data for men 50-70 years old.

• The mode of the data for store 2 is greater than the mode of the data for store 1.

• The range of the data for store 1 is greater than the range of the data for store 2.

• The mean of the data for store 1 is greater than the mean of the data for store 2.

• The median of the data for store 2 is greater than the median of the data for store 1.

• The least number of miles Ian skated on a day in July is greater than the least number of miles Ian skated on a day in August.

• The median number of miles Ian skated on a day in July is greater than the median number of miles Ian skated on a day in August.

• The mode of the number of miles Ian skated on a day in July is less than the mode of the number of miles Ian skated on a day in August.

• The range of the number of miles Ian skated on a day in July is less than the range of the number of miles Ian skated on a day in August.

• The interquartile range of the data for Music Player X is equal to the interquartile range of the data for Music Player Y.

• The interquartile range of the data for Music Player X is greater than the interquartile range of the data for Music Player Y.

• The median length of the songs on Music Player X is equal to the median length of the songs on Music Player Y.

• The median length of the songs on Music Player X is less than the median length of the songs on Music Player Y.

• The range of the data for Farm Y is equal to the range of the data for Farm X.

• The third quartile of the data for Farm Y is less than the third quartile of the data for Farm X.

• The median of the data for Farm Y is greater than the median of the data for Farm X.

• The first quartile of the data for Farm Y is greater than the first quartile of the data for Farm X.

• The distributions of the data for Team A and Team B are approximately symmetrical.

• The median height of the players on Team B is less than the median height of the players in Team A.

• Team B has a greater range in player heights than Team A has.

• The mode height of the players on Team B is less than the mode height of the players on Team A.

• The range of the data for Mr. Bonham's class is less than the range of the data for Mrs. Kelso's class.

• The data for Mrs. Kelso's class are more symmetrical than the data for Mr. Bonham's class.

• The median number of the data for Mr. Bonham's class is less than the median number of the data for Mrs. Kelso's class.

• The interquartile range of the data for Mrs. Kelso's class is greater than the interquartile range of the data for Mr. Bonham's class.

• 1 only

• 1 and 3

• 2 and 3

• 3 only

• The data for Waldo's fish and the data for Freddy's fish are skewed to the right.

• The median length of the fish caught by Waldo is greater than the median length of the fish caught by Freddy.

• The range of the length of the fish caught by Freddy is greater than the range of the length of the fish caught by Waldo.

• The data for Waldo's fish and the data for Freddy's fish are approximately symmetrical.