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P4-2200 |
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Air-Powered Projectile
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Explore projectile motion with this 100% safe, chemical-free air-powered projectile. Flies straight and true with minimal wind effect and with a consistent, repeatable initial velocity - important for students testing predictions. |
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P4-1965 |
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Monkey and Hunter Set
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Analysis of the projectile path of the bullet and the monkey’s freefall shows that the bullet will hit the target. But are your students still unconvinced? Show them! |
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44-1090 |
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Constant Velocity Car
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This simple but powerful toy provides a visible source of uniform speed. Students can easily quantify and graph their results, starting them on the road to a conceptual understanding of motion. Requires 2 C batteries, not included. |
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P3-3545 |
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Rotational Inertia Demonstrator
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A Beautiful and engaging investigation of angular motion! Observe the angular accelleration of the apparatus, and investigate the effects of changes in torque and inertia. |
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P3-3520 |
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Vertical Acceleration Demonstrator
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The Vertical Acceleration Demonstrator illustrates a concept that is crucial for understanding projectile motion: that the acceleration due to gravity only affects an object's vertical motion. |
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P4-1980 |
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Pull-Back Car
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This companion to our popular Constant Velocity Car demonstrates nearly constant acceleration. Simply pull back on the spring-loaded, die-cast roadster, then release. Use a motion sensor or tape timer to measure the acceleration. |
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P4-1350 |
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Introductory Energy and Motion Lab
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Middle school students love to get to work fast, and this complete motion lab lets them quickly get to the task of experimenting with velocity, acceleration, energy, gravity, forces, friction, and more! |
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P4-1340 |
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Stunt Car Lab
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Exciting indoor projectile investigation with this complete lab, inspired by the movie Speed. Calculate the bus’s landing spot, and then test it! Complete lessons, originally developed by teachers at Cornell University, are included. |
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P3-3524 |
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Inertia Apparatus
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Do you know what will happen when the spring is released? Test students’ understanding of inertia and Newton’s First Law in a memorable way! |
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