Physics Educational Materials

High precision, quantitative atomic spectra experiment.

Measure Brewster’s angle for a given dielectric dispersive medium.

Find the concentration of a liquid using the samples of known concentration using the Beer-Lambert law.

Measure the magnetic fields produced by straight and coiled conductors.

Observe the effect of a magnetic field on the polarization light in a dispersive medium.

A complete setup: everything you need to investigate the Hall effect.

Experimentally verify Malus' law.

Study the photoconductivity of CdS photoresistor.

Study the response of PIN diode in both forward bias and reverse bias conditions.

Determine Planck’s constant using LEDs at different temperatures.

Study the effect of wave plates on polarized light

Measure the width/thickness of the given samples by analyzing the diffraction pattern.

Prove the Heisenberg uncertainty principle by manipulating the diffraction variables of wavelength and slit width

Rugged cable perfect for investigating pulley systems.

This cost-effective dynamics system is a versatile tool for studying linear motion and collisions.

Set of three metal rods with 1 cm engravings for demonstrating Archimedes' principle and buoyancy.