"Mechanics Learning Activities"

The linked spring series set of five springs can be used as an investigative tool in understanding Hooke's law.

This set includes 0.5, 1, 2, 3 and 5 N springs.

Explore rotational acceleration with this pair of variable inertia disks.

Ideal for investigating lift, Bernouli's Principle, and aerodynamics.

A classic demonstration of the dependence of angular acceleration on moment of inertia.

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.

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

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

A precision apparatus showcasing projectile motion and free-fall principles.

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

Demonstrate the free-fall motion of objects in atmospheric pressure and vacuum conditions.

Build a propeller-driven car to explore energy conversion and motion.

Build a dual-prop airplane to explore motion and engineering basics.

Construct a working catapult with adjustable stop for trajectory experiments.