This physics of figure skating worksheet teaches kids about angular momentum and moment of inertia by using the example of a spinning figure skater.

This cool physics worksheet helps kids learn how centripetal force and centrifugal force can explain why short track speed skaters don't fall over during turns.

Kids can use this physics of snowboarding worksheet to learn about velocity and torque while trying out a fun physics experiment of their own!

In this physical science worksheet, students will review how to calculate velocity given time and distance and then apply this process to several diverse word problems.

Students explore the relationship between mass, distance, and gravity in this middle school science worksheet!

Students explore potential energy with this engaging physical science worksheet!

Explore the strength (or magnitude) of magnetic forces with this two-page physics worksheet for middle grades!

Calling all mad scientists... Electrify your enthusiasm for science! This awesome worksheet will show you step-by-step how to make an electromagnet.

Learn all about charging by friction with this fascinating science worksheet for middle grades!

Have you ever thought about playing basketball in space? This middle-grade science worksheet discusses how forces and Newton’s Laws of Motion affect a game, both on Earth and on the moon! 

Learn how manufacturers test car safety in crash tests with this informative physics worksheet!

Why do doorknobs and high-fives sometimes give you an electric shock? Read all about charging by conduction in this middle-grade science worksheet!

Learn about lightning and charging by induction in this engaging middle-grade worksheet. 

Show what you know about Isaac Newton’s First Law of Motion with this physical science matching activity!

Explore how force and mass affect an object’s motion with this physical science worksheet for middle school!

Explore Newton's third law of motion with this engaging science worksheet!

Your knowledge of static electricity doesn’t need to be static—discover how it works in this engaging worksheet!