"Classification+Learning+Activities"

This bell jar demonstrates that sound waves can't travel and therefore can't be heard without air or matter.

Make the basics of renewable energies in primary education understandable and ensure lasting comprehension.

Use the free energy from the sun to power your designs.

We make your OpenSciEd adoption easy with these comprehensive kits designed by teachers and certified by OpenSciEd for guaranteed quality.

Safe and Colorful Activity

Designed to Introduce Students to the Concept of Molarity.

Enhance your TXT 4.0 Base Set robot for competitions.

Determine Concentrations of Unknowns

Introduce core science and engineering concepts within an arts context.

Build a miniature power generation system that converts wind into electrical energy.

Investigate the wavelength of sound on an open end tube.

This Fan Cart demonstrates Newton’s principle of action and reaction.

Construct a Model House Using Solar Energy

These large alloy tuning forks are designed to demonstrate resonance, beat frequency, and sympathetic vibration.

Scientific tuning forks are designed for acoustic research, sound wave analysis, and calibration standards.

This hands-on apparatus demonstrates transverse and longitudinal waves.