"activities&amp"

Pieces of reusable zinc-plated iron wire for magnetic field experiments.

A complete classroom solution to the daunting task of teaching electronics and programming.

This complete set of materials makes possible multiple dramatic demonstrations of basic electrostatic principles.

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

Magnetic wand, Use this wand with our magnetic marbles or other magnetized items or pick up those paper clips you just dropped. It has many uses and is fun to watch in action.

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.

Guinea and feather tube apparatus with 6 induction coils connected in series.

Need a tower for your turbine nacelle? This is the same tower that comes in the Basic Wind Experiment Kit and the Advanced Wind Experiment Kit. The wooden tower has a diameter that fits inside 1-inch PVC fittings.

The Electron Spin Resonance determines the magnetic field as a function of resonance frequency.

Great for classroom demonstrations involving power plants or conversion of energy.

Compact Daniell cell kit with nested-container design for efficient electrochemical experiments.

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.

An excellent set of materials for demonstrating electromagnetism and induced currents, the set includes two electromagnetic coils mounted on plastic saddle blocks, round and square iron cores, split round iron cores, a double core, and a card for showing lines of force. Set of two.

This solderless breadboard is ideal for high-frequency and low-noise circuits.

Perform your electronic experiments on this tiny breadboard (8×5.5×1 cm) . Interconnect any components with 20-29 AWG (3 to 8 mm) wire.

This kit on its own allows a student to experiment with series and parallel circuits, switches and solar power and potentially build their own board game that utilizes the led’s and buzzers.