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Mean, Median and Mode: Determining Which Statistic is the Best Measure of a Data Set
01:21

Mean, Median and Mode: Determining Which Statistic is the Best Measure of a Data Set

This clip examines how the mean, median and mode can each tell a different story about the same set of data. As an example, the clip looks at the number of newspapers sold at a convenience store on seven consecutive days, and asks whether the mean, ...

Mean, Median and Mode: Introduction to Mean, Median and Mode
00:36

Mean, Median and Mode: Introduction to Mean, Median and Mode

This clip introduces and defines the terms "mean," "median" and "mode."

Mean, Median and Mode: Effects of Outliers on Mean
04:53

Mean, Median and Mode: Effects of Outliers on Mean

This clip defines and offers examples of outliers and explains the impact they can have on the mean. "The median can be a better statistic to use when the data set includes outliers," the clip explains.

Mean, Median and Mode: Shortcut for Handling Larger Data Sets, A
01:57

Mean, Median and Mode: Shortcut for Handling Larger Data Sets, A

This clip explains that many real-life applications of statistics use very large data sets. "Since there are so many values," the clip states, "Â…and some of the values appear more than once, we'll group the data in a table." The clip concludes by n...

Mean, Median and Mode: Using Statistics to Support Certain Viewpoints
05:35

Mean, Median and Mode: Using Statistics to Support Certain Viewpoints

This clip presents two examples showing how data can be skewed by advocates looking to make a particular point, simply by choosing to use (or not use) the mean, median or mode in analyzing a data set.

Mean, Median and Mode: Mode
03:09

Mean, Median and Mode: Mode

This clip explains that the mode is the most frequently occurring value in a set of data. The clip goes on to state that a set of data can have more than one mode, and the mode isn't affected by outliers. "In fact, the mode could be an outlier in a ...

Mean, Median and Mode: Mean
02:17

Mean, Median and Mode: Mean

This clip explains that the mean is the most common statistical measurement: the arithmetic average. "It is the sum of all the values, divided by the number of values in the data set," the clip states. The clip also includes two examples of how the ...

Mean, Median and Mode: Review: Mean, Median and Mode
00:37

Mean, Median and Mode: Review: Mean, Median and Mode

This clip reviews the essential points about "mean," "median" and "mode." It notes that the mean uses more information from the data set than the median or the mode, but can be influenced by outliers. The median tells us the number in the middle of ...

Mean, Median and Mode: Mean: Practical Problems
03:34

Mean, Median and Mode: Mean: Practical Problems

This clip uses test scores to illustrate how the mean value can be determined and then utilized to set goals for future test results.

Mean, Median and Mode: Median
03:14

Mean, Median and Mode: Median

This clip explains that the median is the number in the middle of the data set when values are put in a numerically ordered sequence called an array. If the data set contains an outlier, the median may be a better statistic to use than the mean. As ...