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  • Offers 47 experiments of varied difficulty on topics ranging from buoyancy to simple machines.




    Science Fair Projects About the Properties of Matter: Using Marbles, Water, Ballons, and More




    Sports Science Projects: The Physics of Balls in Motion




    Forces and Motion Science Fair Projects: Using Water Balloons, Pulleys, and Other Stuff




    Science Fair Success Using Newton's Laws of Motion




    Light, Sound, and Waves Science Fair Projects: Using Sunglasses, Guitars, Cds, and Other Stuff




    Janice VanCleave's Magnets: Mind-boggling Experiments You Can Turn Into Science Fair Projects



    Primary School - Grades K-3
    R=Reference/Experiment   S=Sample Project

    Suspend a ball in a stream of air R
    Build a vessel that will hold the most pennies and still float (buoyancy). R
    Simple Machine Physics Concepts Science Fair Projects
    Interdisciplinary Topic: Energy
    Elementary School - Grades 4-6
    R=Reference/Experiment   S=Sample Project

    See if the size of the nozzle of a balloon affects how far the balloon goes. S
    Determine if the higher a water source, the higher the water pressure. R
    Do heavy or light objects fall faster? R R
    Why balls bounce or fail to bounce? R R R S
    The effect of the surface of an inclined plane has on how far an object rolls. R
    The effect of the steepness of a slope and mass on collision outcome. R
    Which surface has the most friction? S
    Investigate the relationship between potential and kinetic energy. R
    Find out if the diameter of a PVC pipe would affect the speed of a small metal ball travelling inside the pipe - explore the relationship of friction and gravity inside the pipe. R

    Simple Machine Physics Concepts Science Fair Projects
    Interdisciplinary Topic: Energy
    Middle School - Grades 7-9
    R=Reference/Experiment   S=Sample Project

    Calculating a Projectile's Trajectory R
    Determine if weight distribution inside a cylinder affects the speed of the cylinder while traveling down a slope. R
    The Effect of Ball Diameter on the Time It Takes to Fall R
    Demonstrate Newton's Laws R
    Demonstrate Newton's Second Law of Motion by analyzing the relationship between the angle of an incline and the normal and parallel forces of an object on the incline. R R
    Replicate Galileo's falling bodies experiment R
    Replicate Galileo's inclined plane experiment R
    Discover the relationship between an applied force and the kinetic energy of a car accelerating on a track. R
    Find out if larger objects always have more force than smaller objects when they collide. S
    The effect of mass on the amount of force needed to move it at a steady speed. S
    How does the height of a ramp affect potential energy of a car? R
    Simple Machine Physics Concepts Science Fair Projects
    Interdisciplinary Topic: Energy
    High School - Grades 10-12
    R=Reference/Experiment   S=Sample Project

    Research Galileo's Pendulum Experiments R
    Research Galileo's Work of Projectile Motion R
    Demonstrate Newton's third law of motion by using Bottle Rockets R
    The Effects of Inertia, and the Potential Energy on Different Kinds of Masses, Shapes, and Dimensions R
    Demonstrate Newton's third law of motion by using Bottle Rockets R
    Is the harmonic motion of a pendulum affected by friction? R
    Test if acceleration remains constant between three different balls - on an inclined wooden plank - with different masses, diameters and materials. R
    How Much Energy Is Lost to Friction? R
    A computer program that simulates Newtonian physics S
    Compare stress-strain curves and Young's modulus for various common materials. R
    Simple Machine Physics Concepts Science Fair Projects
    Interdisciplinary Topic: Energy
    Useful Links
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    Optics Resources R
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    Physics Science Fair Books


                  






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