Central Tendencies and Normal Distribution Curve

Exactly how fair is the World Cup? Even though all teams have the same number of players and follow the same rules, there are other factors that come into play. This series of three lessons explores the impact that income inequality,...

Young mathematicians fold and flick their way to a deeper understanding of statistics with a fun, hands-on math unit. Over the course of four lessons, students use paper footballs to generate data as they learn how to create line...

In this mean, median, and mode activity, students read how to use each method and then complete problems using each one. Students complete 8 problems.

In this number average worksheet, students review a table of information that contains the range, median, mode, and mean. Students then use the information from the second table to help them answer the questions about mean, median, mode,...

Learners explore averages by completing a data analysis activity. In this bell curve instructional activity, students measure different food items and plot their measurements on a X and Y axis. Learners create bell curves around the...

Students explain normal distribution of a measurable characteristic within a group of objects. They create two graphs (one for each type of Hershey's Kiss) with increments of measurement on the X-axes and number of measurements on the...

Learners construct two bell curves using two different yet related objects. For example, two kinds of Hershey's Kisses (plain and almond) or two kinds of dried beans (kidney and lima).

Students engage in experiences involving the mathematical concept of averages. After watching a video, students explore averaging through a variety of different methods.

Young scholars, using small individual bags of M&Ms, engage in activities including; estimating, sorting, graphing, mean, median, mode, fractions, percentage, and averaging.

Students study about prairie dogs and determine the mean, median, and mode of a prairie dog tow's population.