"Wards"

Ideal for demonstrations or hands on experiments in the physics classroom

This kit is very useful for reflection, refraction, and color mixing experiments.

This Ray Box is a simple, safe, and sturdy source of projected light for many classic optics experiments. Best of all, you don't need a completely dark room to conduct optic experiments due to its high-intensity light!

Visually impacting demonstration of the relationship between temperature and pressure.

A Necessity for the Lab.

The concept of electric fields can be difficult to visualize, but the Dry Field Mapping Kit makes it easy.

No need to Buy New Magnets

Comprises an inverted “U” tube with its ends closed by sintered discs. For use in experiments involving the measurement of cell EMF under conditions of forward, zero and reverse current flow. The bridge comprises an inverted “U” tube with its ends closed by sintered discs. This apparatus provides a more effective method of making reversible cells then the wet filter paper or agar gel methods. Dia. of arms 13mm, overall width 80mm, overall height 100mm.

With the Resonance Apparatus, students investigate the effect of frequency on wavelength.

Get students into the swing of things with the Doppler effect.

Excellent demonstration of compression for hooke's law. Approximately 300mm long with a 10mm diameter and wire of 19 SWG.

A perfect tool for studying density, specific gravity, and water displacement. The 250mL polypropylene overflow can with spout only requires a catch bucket for the overflow.

All in one unit for studying pressure, temperature and volume of a gas and to demonstrate the relationship between them.

These Optical Refraction Components are made from imported optical glass or acrylic with optically worked surfaces.

This advanced ripple tank comes complete with all accessories needed for wave investigations.

Oersted's Apparatus demonstrates the magnetic field created by a current.