"AP+PHYSICS+LAB+9+STATIC+EQUILIBRIUM."

Observe the effect of a magnetic field on the polarization light in a dispersive medium.

This kit is designed to take students new to computing and sewing through a series of projects where they learn simple, parallel and computational circuitry, sequencing, conditional logic, sensor reading, functions and related programming in Arduino, 3D crafting and design, and computational thinking practices such as debugging, iteration, revision, problem solving, and algorithmic thinking.

Closely wound steel helix for studying wave behavior.

Science teacher Michael Calhoun developed this activity to help students explore the difficulty of predicting the advance of a developing hurricane.

A great visual for the classroom

Basic, high quality double contact key for electrical circuits.

This simple lab enables students to build a telescope that is similar to Galileo’s.

Polycrystalline solar cell with wires used for educational purposes.

This economical demonstration solar car can be powered by a solar cell or a rechargeable battery (AA size, not included).

Radiation cans for demonstrating solar energy and heat transfer.

Pre-wound Induction Coils

Aluminum spring scales, built to last in any lab.

Bimetallic strips attached to wood blocks to study thermal energy.

Incorporate a fun-filled, ART and Science crossover project into your STEAM curriculum!

A great way to introduce STEM into the classroom with a take-home activity.

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