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Students will build a toothpick and marshmallow structure that must withstand two different tests on a gelatin shake table. Explore vibrations, earthquakes, and sound.
Students will design a vessel around an egg that represents the protective gear a stunt-person may wear when jumping from a building. Explore topics on gravity, velocity, Newton’s Laws of Motion, mass, weight, force, and acceleration.
Students are given a scenario where a cyber attack has shut down the nation’s electrical grid. Explore concepts of atoms, electrons, conductors, insulators, power sources, chemical energy, electrical energy, electrochemical cells, anodes, cathodes, ions, anions, cations, voltaic pile, voltage, and circuitry.
A scientific think tank is running simulations of adaptations resulting from near-Earth asteroid disturbances. Explore concepts of biological classification, taxonomic ranks of animals, animal adaptations, evolution, and hierarchy on the food chain.
Students are part of a research development team that has been assigned to create a program used to unlock a safe that holds confidential documents. The safe will be programmed to unlock only when certain musical notes are played simultaneously.
Students are roller coaster engineers hired to design a roller coaster that includes at least one loop, one wide turn, and one sharp turn. Explore concepts of gravity, velocity, acceleration, Newton’s First Law of Motion, friction, and the history of roller coasters.
Students work to develop a safety plan for a village located near a volcano. Explore classifications and components of volcanoes, eruption categories, acids, bases, and pH scale.
The micro:bit CLUB is a class pack, with 10 each of micro:bit modules, battery packs with batteries, and USB cables, in bulk packaging.
The micro:bit GO bundle (mb158-US) includes a single micro:bit module, battery pack with batteries, and a USB cable.
The NICERC Physics Supply Kit is provided for use with the NICERC Physics Curriculum.
The RARC (Regional Autonomous Robotics Circuit) Small Wonders, Big Possibilities Elementary and Middle School competition mat is available for elementary and middle school teams competing in RARC: Small Wonders, Big Possibilities competitions. This vinyl competition mat is compatible with Lego® EV3 Robots and measures 8 ft x 4 ft.
The RARC (Regional Autonomous Robotics Circuit) Small Wonders, Big Possibilities High School competition mat is available for high school teams competing in RARC: Small Wonders, Big Possibilities competitions. This vinyl competition mat is required for Parallax® Boe-Bots® and Parallax® Robot Shield with Arduino, and is compatible with Lego EV3 Robots and measures 8 ft x 4 ft.