"physics kits"

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

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

A compact, hands-on kit designed for microscale experiments demonstrating electrochemical principles with minimal chemical usage.

An interesting and unique kit designed for hands-on exploration of electrochemical principles.

Compact Daniell cell kit with nested-container design for efficient electrochemical experiments.

A comprehensive set designed for safe and repeatable observation of electrostatic field lines using various electrode patterns.

This apparatus facilitates the calculation of gravitational acceleration through free-fall experiments.

An apparatus designed for collision experiments to demonstrate conservation of kinetic energy.

An alternative to a ballistic pendulum designed to demonstrate the conservation of momentum.

Complete optical bench kit for exploring image formation and lens behavior in physics labs.

Build a simple walking robot to explore mechanical motion and energy conversion.

Demonstrates mechanical to electrical energy conversion without batteries.

Build a working excavator to explore hydraulic mechanics in a fun, hands-on way.