"AP+physics"

Examine the Role of Light Waves in Alternative Energy

Investigate and experiment with 7 functioning Wheel & Axle and Inclined Plane models designed to demonstrate science and technology concepts.

Students can determine, through investigation, if the machine multiplies the force it applies to the resistance (load), if the machine changes the direction of the force they apply, and more.

Explore vertical wind energy with a DIY hands-on tubine model.

Provide a concrete visual illustration of the Earth’s magnetic field, while demonstrating the “Thumb Rule” with this compass.

Create clean energy from mud!

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

This extra large electroscope is ideal for classroom demonstrations of electrostatic principles. A lightweight metal vane is used as a pointer in the electroscope. This lightweight metal blade deflects when the electroscope plate is charged. A transparent scale is provided to measure the angle of the deflection. Front glass window slides up to allow insertion of ionizing material in chamber.

Includes more parts than the basic projectile launcher

Diodes for PCB or panel mount.

The Motion Detector Clamp screws into the back of the Motion Detector, and then can be clamped to a variety of objects such as table tops, ring stands, etc.

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.

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

Introduce the Value of Reducing Carbon Footprint.

Equilateral prisms, made from high quality clear acrylic sheet.

The Create-a-Circuit kit gives teachers a hands-on system for introducing students to circuitry.

Discuss the dependence of a pendulum's period on its length with this beautiful wave demo.