This experiment investigates whether the primacy effect is observed more frequently in specific populations of people.

This experiment determines the distribution of darts around a bulls eye to simulate the probability of an electron's location in its own cloud of electrons.

This experiment demonstrates the conservation and transfer of energy using a marble rolling over sandpaper.

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

This project examines whether humans can intuitively grasp numeric values greater than three.

In this experiment you will become familiar with the properties of dry ice while creating interesting effects like ice bubbles!

In this fun experiment, we'll find out how color affects heat absorption!

Trick your eye with this easy-to-make animation flip book! It's a fun way to learn about persistence of vision and is creative enough to entertain anyone.

In this science fair project, kids start a chemical reaction that will make a balloon inflate itself!

This project explores ways to prevent static electrical shocks.

Are red apples really sweeter than green apples? The objective of this science fair project is to test the theory with quantitative evidence.

This project uses toy cars to determine how friction and gravity affect cars and braking.

This project explores whether there is an effect on people, including heart rate and self-expressed mood, when they are exposed to different types of music.

In this science fair project, students examine how temperature affects sugar transport within a plant.

Which music genres have the fastest tempos? The slowest? This experiment determines if there's a relationship between beats per minute in a song and its genre.

In this CD hovercraft science project, students will construct their own DIY hovercraft.

This project investigates whether chewing gum can help a majority of people with focus and concentration.

This project examines what types of objects burn and which burn faster and cleaner.

Evaluate if people are more influenced by video or audio advertising.

Show your child how to construct a homemade thermometer. It's hands-on fun and a great way to learn about this important instrument!

Bring back the groovy memories by making shrinky dinks using household materials, while learning about the science of plastics. Here's how to get started:

This project will explore whether test subjects, deprived of points of reference, will, in attempting to walk a straight course, walk in circles.

This experiment will explore the best way to create a perfect soft-boiled egg.

This project explores what happens to a rubber band when it is heated and cooled.

This experiment evaluates whether there is a relationship between grade point average (GPA) and dating status.

This project will examine the relationship between materials and air resistance.

This project examines how temperature affects the volume of gas in balloons.

Show your child how to concoct a simple duo of household ingredients that changes color as acids and bases are added!

How much gas is released into your stomach by your favorite beverages? This project examines which beverages produce the most gas.

This project examines whether sugar substitutes are as sweet as real sugar.