"activities&amp"

This wooden machine has a sturdy wooden construction ideal for classroom use.

Both versions of these economy tuning fork sets come with a mallet designed for one hard and one soft end for use with all frequencies of forks.

Take your first steps in physical computing with the Kitronik Discovery Kit for micro:bit.

The programmable robotic vehicle that drives conceptual curiosity in math, science and coding.

For physics experiments and demonstrations such as kinetic, density and volume measurements, pendulum bob, potential energy and conservation experiments, ballistics etc. Solid ball, 1-1/2" (40mm) diameter. Made of Steel. Sold as a pair. Comes with a Teacher's Guide.

Build and program a versatile robot powered by the popular micro:bit system.

This project kit makes coding and engineering design accessible to students in the classroom.

Create your own brick-based electronics projects in minutes with these Crazy Circuits sets.

Excellent demonstration of compression for hooke's law. Approximately 300mm long with a 10mm diameter and wire of 19 SWG.

With this collection of science kits, you and your students can explore the concepts behind and the many applications of solar hydrogen, direct methanol, and other fuel cell technologies.

Wide range of cubes for density experiments.

Specific Gravity Cubes with Hooks.

This wooden machine is elegantly designed to demonstrate how a wedge can increase mechanical advantage.

This wooden machine is elegantly designed and easy for students to use. Study levers and mechanical advantage both qualitatively and quantitavely.

Explore properties of light with primary and secondary colors.

Unlike traditional pendulums, the Kater's pendulum center of gravity does not have to be know in order to determine the acceleration due to gravity.