"activities&amp"

The simpleGEN is an easy-to-build AC generator that allows students to explore the basics of electrical generator design.

Coulombmeter for measuring the flow of current when storing energy in a rechargeable battery.

The starter kit is the fundamental, entry level kit for classroom demonstration of quantum levitation and flux pinning. Perfect for high-school students as well as university undergraduates.

Investigate the deflection of electrons.

This belt-driven generator may be used with our Steam Engine (63030-00 ). Operating at approximately 1500 rpm, the generator will produce enough electricity to light the included 3.8 volt bulb. The unit is mounted on a metal base (7.6×11.4 cm) and has a V-grooved pulley for the drive belt.

This large Van de Graff generator uniquely offers alternative drive modes, either hand-cranked or motor driven.

Set of seven metal electrodes for electrochemical experiments.

An interesting and unique kit designed for hands-on exploration of electrochemical principles.

A convenient breadboard for prototyping with no soldering required.

Build a complete turbine by making your own tower and base with PVC pipe (from a hardware store) or use the KidWind Tower and Base Set. You will also need a generator and a way to affix the turbine blades. We recommend using the KidWind Wind Turbine Generator with Wires and a KidWind Hub.

Measure an electric current by determining the magnitude and direction of the horizontal component of Earth’s magnetic field. Set the compass needle parallel to the coil, pass an unknown current through, and measure the angle of deflection. Features copper magnet wire, adjustable potentiometer, compass, and non-magnetic stand. Required but not included is one D battery.

This pen provides a great platform for discovering, playing with, repairing, and designing electronics.

Handheld generator producing static electricity through friction, ideal for classroom experiments.​

Understand the Kerr effect like you never have before!

The Magnetic Force on a Conductor demo show students how a current-carrying conductor behaves when placed in an external magnetic field.

The Lenz's Law Kit investigates how much force an induced magnetic field can create.