"Wards"

Large ball bearings and various diameters (20 to 60mm) for accurate and precise measurements.

Balanced flywheel for exploring inertia and rotational dynamics.

Glass vessel with a spout for measuring the volume of irregular objects by water displacement.

Ring thrower kit for studying eddy currents, Lenz Law, and Faraday's Law. Includes two aluminum rings.

For demonstrating Rutherford scattering.

High-speed pulley with low friction design mounted on a rod for easy integration into experiments.

Connecting leads, each 300 mm in length with alligator clips on both ends for 4 mm plug.

Apparatus demonstrates linear magnetic acceleration along a track using steel balls and neodymium magnets.

Small-sized iron-clad electromagnet.

Spring set designed for physics experiments with looped ends.

Made from tin with an element stamp, measures 2 cm(0.8") per side, perfect for density, specific gravity, and specific heat activities in classrooms and labs.

Engaging apparatus for exploring energy conversion and centripetal acceleration.

Explore the physics of projectile motion, trajectory path, velocity, acceleration, friction and more.

Students measure the mass of an object based on oscillation rather tha Earth's gravity.

Hands-on STEM learning kit explores the engineering principles of gravitational and lateral forces.

Demonstration tool for fluid dynamics and the Bernoulli effect of water flow.