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Binary Robot
This build-it-yourself robot teaches the basics of binary and is easily reprogrammed.
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Dance with our Stars: Robots and Sliders
Though they don’t perform on TV, these simple wind-up machines include levers and rotating cams, and show the change from elastic potential into kinetic energy.
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Flywheel Powered zeCar
These wonderful "simple machines" are perfect examples of the wheel and axle in action.
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Hydrodynamic Deluxe Set
Build a model of a manufacturing plant with working tanks, pipes, valves and pump with this unique construction toy.
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Mousetrap Racers – The Complete Builder’s Manual By Alden J. Balmer
Experience the thrill of victory! Build a mousetrap car that greatly improves its speed and distance - all while discovering basic concepts of physics and engineering.
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Mousetrap Racing Car Kits
Features die cut parts from Micro-lite Plywood for lasting durability, and detailed instructions.
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Pull-Back Cars
This simple and fun demonstration teaches how torque, speed, and friction can influence the distance an object travels.
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Puzzle Clock
Students construct an actual working clock, using color-coded gears and a pendulum! Can be disassembled and rebuilt over and over.
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Wacky Hall Walker
Investigate the amount of potential energy given the rubber band vs. the distance traveled by the wacky hall walker.
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Wooden Car Kit
The potential energy of stretched elastic is converted into kinetic energy of motion.
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Wooden Wheels
These wooden wheels are made from hardwood and even have tread grooves.
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Woodpecker Potential Energy Demo Kit
Raise the woodpecker to the top of the pole and watch it peck its way to the bottom.
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