"science kits&amp"

This calculator has enhanced graphing capabilities.

Students measure acceleration due to gravity in this free-fall activity. Video analysis allows modeling of air resistance.

Concurrently Learn While Playing Games

This hydroelectric demonstration introduces students to the wave of renewable energy.

This demo features a cathode beam to explain the electromagnetic nature of electrons.

With emphasis on ease and accuracy, this capacitor board demonstration teaches students about series and parallel circuit connections.

Students learn how the length, tension, and mass of a string affect the frequency of a standing wave in this engaging demo.

STEAM at its best: this DIY electronics project combines circuitry, art, and culture.

Students study food web relationships and how natural and human induced changes in the environment such as severe storms, drought, floods, housing developments, road salt, and fertilizer runoff upset the balance of ecosystems.

Bring technology into the classroom and teach students topography and many other concepts.

Explore precision and error in measurement.

Understand and mitigate the risks associated with lithium ion batteries and devices.

Teach students about two-dimensional collisons with this engaging activity, then use video analysis to analyze conservation of energy, and conversions between kinetic and potential energy.

Use this apparatus to make your own spectroscope! A simple, yet effective device to explore the wave/particle duality of light.

Scenario based learning helps keep students involved.

These all adds up to a comprehensive storage system.