"activities&amp"

Loop apparatus ideal for studying Lenz Law and Faraday's Law.

The Breadboard Cable (Analog) provides an easy way for students to build their own sensor circuitry and input the signal into a Vernier interface for data acquisition.

The Quantum Ed Levitators are intended for science education and data analysis.

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.​

Visualize magnetic force or discuss advanced materials.

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.

Ideal for general purpose electronic work.

Understand the Kerr effect like you never have before!

Measuring the Zeeman splitting of red cadmium.

These robust and engaging kits are designed as a resource for the teaching of introductory electricity.

Classic apparatus to measure the fundamental unit of electric charge (e).

Demonstrate rotary motion from a charge.

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

The award-winning Snap Circuit Series uses building blocks with snaps to build electrical and electronic circuit projects.

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.