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This baseball science fair project explores the concept of an object's center of percussion to determine if the "sweet spot" has a scientific basis.

In this physics project, you'll learn how to find the maximum height of a projectile using some math and trigonometry.

In this project, a basketball containing different psi is dropped to see how well it bounces.

This science fair project determines which type of physical activity most improves memory.

This project determines whether hands-on practice, mental practice, or no practice leads to better shooting of free-throws.

This project will examine the relationship between wind velocity and direction and the distance a baseball travels.

With this science fair idea, little scientists will gain valuable insights into the physics behind throwing a baseball.

This science fair project idea determines an average personâs ability to use their anaerobic power system over a period of 2 weeks.

This project examines which type of dance burns the most calories.

This project examines who can jump higher, boys or girls, younger people or older, and how these two factors, gender and age, interact with one another.

This basketball project explores the best way to make the perfect shot every time.

This project determines how much the rebound rates of tennis balls change after ten games.

This project explores the interaction between air pressure and playing surface in determining a basketballâs bounce.

Determine which video game elevates the heart rate best and burns the most calories.