"Classification+Learning+Activities"

Nine pulleys and an innovative device combine to create a classroom demonstrations for each topic on pulleys in your curriculum.

Study rays reflecting off plane and curved mirrors, determine the focal length of a curved mirror.

This working model hydraulic/pneumatic jack shows how hydraulic or pneumatic systems can multiply forces.

The standard kit includes everything you need to get started with the more advanced Squishy Circuits projects. Easy and fun!

A classical experiment to determine the speed of light in air.

The heavy base of the economy force table offers stability for all applications.

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

Great for teaching that density depends of both mass and volume, students can't seem to put these spheres down! Two steel spheres are great for teaching the skills of observation and deduction.

Economical pulley for simple machine experiments.

A precision apparatus showcasing projectile motion and free-fall principles.

Build your own Quantum Levitation maglev track!

Use a clever apparatus to determine the coefficients of thermal conductivity of three materials.

Allows students to visualize magnetic fields.

Expand your physics experimentation capabilities.

This new conductivity bar set features sensitive liquid crystal temperature indicators, which are attached to the front of each of four metal bars.

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.