Practice reading election data with this data analysis worksheet!

Flip your way to finding the mean, median and mode of these Olympic scores! Practice basic data analysis, and then put the information in a bar graph.

Jump over the hurdles of math by learning mode, median and mean. Use knowledge of data analysis to put each country's scores in a graph and award the winners!

Ice cream sellers Sam, Kate, and Becky need your kid's help to keep track of their sales. Get your kid to use graphing and analysis skills in this worksheet.

Use this helpful math worksheet to support children in gathering and organizing data so they can create and interpret graphs.

Help your child gain his bearings around charts and graphs with these cute, nonthreatening pie charts.

Collecting data is an important part of math and statistics. Practice gathering data using items around the house or classroom!

Ice cream for sale! Sam, Kate, and Becky need help keeping track of how many ice cream cones they've sold. Your child will complete a pictograph to help them.

Sam, Kate, and Becky have just had a long day of selling ice cream cones, and they want to know how many were sold. Help them with this pictograph worksheet.

Use this template alongside the engaging lesson, “Let’s Graph Our Fall Favorites” to support kids in interpreting data.

Use this Graph It! worksheet to show your child the practical side of math. This graphing exercise gets your child to survey his friends on their siblings.

Dive into math! Five countries are competing in diving in the Olympics, and they have been scored on four dives. Find the mode, median and mean of their scores.

We all know a coin toss gives you a 50% chance of winning, but is it always that way? Delve into the inner-workings of coin toss probability with this activity.

Students apply their knowledge of statistics and probability in a real-world context in this two-page performance task! 

Practice using the Pythagorean theorem to find the distance between points on a coordinate plane!

Students interpret slopes and y-intercepts of lines of best fit based on real-world scenarios in this eighth-grade worksheet!