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Mousetraps pack a surprising amount of force. With the Mousetrap Vehicle Maker Project, students can create a mousetrap-powered vehicle and begin learning some basic physics concepts. The project includes a Basic Mousetrap Vehicle 30-Pack and the Mousetrap Vehicle video. For convenience, the project also comes with labels, a bin, and a bin prep sheet for storage and organization.
This package provides an easy way for 30 students to get the mousetrap vehicle activity rolling in your classroom. Students experience simple machines and other physics principles through the design and construction of a vehicle powered only by an ordinary mousetrap.
Being twisted is a good thing for this activity! Students build a racer from laser-cut parts and then use the power in a twisted rubber band motor to run the propeller, making the car fly down the track. This is a great way to start teaching torsion and potential energy.
Use the power of rubber bands to create a vehicle with the Prop Racer Maker Project. The project includes a Prop Racer Class Pack, Prop Racer System, five Rubber Band Winders, six bottles of HD Bond II, and a Prop Racer video. For convenience, the project also comes with labels, a bin, and a bin prep sheet for storage and organization.
Your students will be amazed at how high and how far these airplanes can go! This Getting Started package includes enough materials for 30 students to build their very own Raven rubber band-powered model airplane; it also comes with a teacher demonstration plane, a rubber band motor winder, and the Dr. Zoon Raven Video.
Harness the unlimited energy of the Sun to power a solar car! This Getting Started package includes everything you need to introduce your students to this alternative fuel. Includes a solar car book, the Solar Designer video, and materials for 25 student vehicles.
Solar energy has many applications in our world. In the Solar Oven Maker Project, students learn to use solar energy to create a solar oven. The project includes the Solar Oven 30-Pack. For convenience, the project also comes with labels, a bin, and a bin prep sheet for storage and organization.
Saving energy in transportation is at the top of the list these days. This Getting Started package provides materials for 30 students to design, build, and test their own solar cars, including six Ray Catcher Solar Panels that students share.
Structures start taking shape with this Getting Started package. Students explore structures and geometric shapes with instruction from Dr. Zoon and the Polyhedra Poster. This package provides materials for 30 students.
Now it’s easy to give an entire classroom a hands-on experience with solar energy. This Getting Started package – featuring the easy-to-assemble SunEzoon Solar Car – includes the Dr. Zoon SunEzoon Video and enough materials for students to build 30 solar cars.
Solar energy is all around us and is an important renewable energy resource. With the SunEzoon Maker Project, students can learn about solar energy while designing their own simple solar car. The project includes everything you need to make a solar car such as solar panels, alligator clamps, motors, wheels, steel axles, gears, and more, and it also comes with a Dr. Zoon SunEzoon Video. For convenience, the project also comes with labels, a bin, and a bin prep sheet for storage and organization.
Try this low-calorie approach to solar energy! This package has enough materials for 30 students to build a SunZoon Lite Solar Car, plus it has the SunZoon Lite video.