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The Capacitor Kit is an excellent introduction to circuitry.
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The Friction Rod Kit has all the materials needed to perform a variety of electrostatic experiments and demonstrations.
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This inexpensive model, developed by Tim Ernest, lets you create longitudinal/compression waves by simply pushing a Slinky® along a track.
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Investigate how distance, force, and interference impact the way magnets work.
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Apparatus Shows Effect of Heated Water on Other Materials
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Safe and Convenient Visual Presentation
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This set of blocks, developed by Jodye Selco, is an excellent complementary set to Density Blocks I.
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Three simple, hands-on activities, geared towards young students, introduce the properties of magnets.
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This kit introduces students to the principles of polarization.
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Give Your Circular Motion Lessons a Lift!
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This machine, designed by teacher Bruce Yeany, offers a hands-on demonstration of the relationship between the moment of inertia and the distribution ...
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Ideal for students conduct experiments by varying the angle of the marble track as well as the height from which the marble is released.
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Students build working windmill models in this lab designed by curriculum mentor Bernie Zubrowski.
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Perform loop-mediated isothermal amplification (LAMP) without the need for expensive equipment, even from home.
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This complete kit provides a fun, economical, and safe way for students to create their own rockets.
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The Plastic Inclined Plane is ideal for demonstrating resolution of forces, acceleration down a plane, work, potential energy, and friction.
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