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This science fair project uses paper chromatography to investigate whether black, brown, orange, and purple are pure colors or mixtures of other colors.

The objective this science fair project is to determine whether a bigger bag will allow a homemade hot air balloon to fly higher than smaller bag.

Science fair project that determines the correlation between wind direction and subsequent weather patterns.

Can you dig it? This science experiment isn't for kids who like to keep their hands clean.

This project analyzes people's emotional responses to images in painting vs similar images in photographs.

This science fair project idea investigates how a bottom keel helps keep a boat from rocking back and forth.

This science fair project idea explores how the shape of a boat affects its density and how much weight it can float.

This science fair project idea investigates how the height at which a pendulum is released affects the length of time it continues.

Determine whether cats have dominant paws. Observe which paw cat uses to reach for treats, feather, and string. Calculate percentage for two paws.

This science project teaches young students about germs, bacteria, and the importance of washing their hands. Students will test what is the best way to wash.

Why does honey crystallize? This science fair project project answers this question and identifies the variable that makes this sweet solute crystallize faster.

Can a toy car determine the strength of a magnet? In this cool magnet science fair project, young scientists will learn how to measure the strength of a magnet.

What is vegetative reproduction? Find out how you can clone plants and regrow cabbage from a stem in this cool experiment!

The actual factors affecting friction may surprise you! Learn about the coefficient of friction and put some trigonometry into practice in this science project.

Can cells be frozen? This science fair project provides information to answer this question.

The objective of this science fair project is to determine the rate at which participants can respond to different patterns.

Would your dog prefer homemade or store-bought food? Raw or cooked? Test your dog's preferred diet in this fun experiment.

In this physics project, learn about the relationship between light intensity and distance using a laser pointer, flashlight, and graph paper!

This science fair project idea determines what household items are good conductors of electricity.

Use a dichotomous key to identify plants or animals.

Science fair project that demonstrate how abrasions are formed on rocks in nature and the variations between types of rocks.

Determine if left-handed people have faster response times.

Examine the connection between temperature and chemiluminescence.

Handedness and footedness refer to whether people prefer to use their left or right hand and foot. In this experiment, test hand and foot dominance.

Why doesn't the ocean freeze? Students answer this question by simulating the chemical composition and temperature of arctic waters in their own home.

This science fair project examines the different composition of fungi and plants.

In this project, you'll create Oersted's experiment, which relates to how electric currents create magnetic fields.

This science fair project idea identifies trees using a dichotomous key.

This study observes plants, insects and an animal living in proximity to a known source of EMF.

Science fair project that determines the effect of concentrated mental effort on physical performance levels.