"Wards"

Demonstrate Lenz's Law!

The air table guides the study of a multitude of concepts.

These kits provide a cost-effective and friction-free system for the study of dynamics.

This model shows the internal structure and operating principles of an air cooled two-stroke engine.

This model shows the internal structure and operating principles of an air cooled two-stroke engine. All parts are aluminum and plastic. Ignition is shown via a small bulb. Carburetor and fuel supply are also sectioned. Hand crank is provided for manual operation. Mounted on a base.

Great for studying the simple harmonic motion of a torsional pendulum.

An economical way to teach dynamics including position, velocity, acceleration, force, elastic and in elastic collisions, momentum, conservation of energy, and much more.

Learn how to measure the stiffness of wires.

Demonstrate the extension of a spring in relation to the force applied to it.

A simple way to demonstrate parallel and series circuits.

An all-inclusive solution

A fascinating demonstration!

Demonstrate the conversion from electrical energy to mechanical energy

The determination of the gravitational constant ‘g’ is one of the most fundamental and early physical constants students must derive and observe. This kit has a wooden base, 1.1m rod and a movable electromagnet. The electromagnet can be moved anywhere on the rod and is powered by the timer. When the ball is released, the timer is triggered and stopped once the ball has landed on the base for a precise measurement and then calculation of ‘g’. Supplied with manual.

The Lenz's Law Kit investigates how much force an induced magnetic field can create.

Consists of two interconnected cylinders of different diameters based upon two graduated glass syringes of 10mL and 50mL, with cross-sectional area of 3 to 1.