Electricity/Magnetism Learning Activities

Large area breadboard for big electronic projects.

The Precision Photoelectric Effect uses three color filters to calculate Planck's Constant.

Ideal tool for studying and observing the basic concepts of a relay.

Build and customize a Bluetooth speaker to explore sound and circuitry.

Hand and motor powered dynamo.

Spare belt for Wimshurst machine. This item has two replacement belts, both of which have a 20" circumference.

Demonstrate the conversion of mechanical energy into electrical energy by generating a static charge.

A useful tool for measuring the magnetic field strength for experiments. The range of the probe is 200 and 2kG with a resolution of 1G at 0 - 200 G. The included probe is a hall probe, which is a flat style probe to fit into small gaps.

Measure the critical temperature (Tc) of a high-Tc superconductor with this easy-to-use intuitive and educational kit.

Build five different power supplies by connecting clip leads to one of the five color-coded terminals.

The concept of electric fields can be difficult to visualize, but the Dry Field Mapping Kit makes it easy.

Turn everyday objects like bananas into touch pads!

The maglev kit is perfect for large audience demonstrations at science museums, science fairs and student classes.

Whiteboard Color Optics are a complete system for investigating color, reflection, and refraction.

An excellent apparatus for showing the function of parts in an AC or DC motor and generator. Operates as either a shunt-wound or series motor. The unit is similar to the St. Louis Motor. Included with the motor are a powerful horseshoe magnet and an electromagnet.

Determine Planck’s constant using LEDs at different temperatures.