"Force"

Plastic Wheels

To Study the effects of friction using 4 different surface materials on a board.

This machine, designed by teacher Bruce Yeany, offers a hands-on demonstration of the relationship between the moment of inertia and the distribution of mass.

Isaac Newton could never have imagined that upper elementary and middle school students could explore his mathematically derived laws of motion using straws, compact discs, wooden spools, and balloons.

Nearly frictionless, accurate, durable.

Instantly transform potential energy into kinetic energy.

Teach students about energy and motion with this popular kit, which lets students build their own model roller coasters anywhere in your classroom –all you need is masking tape.

Two speed fan for use with physics experiments.

Fun experiment to illustrate motion and dynamics.

With the Force Mechanism Trough, students can research acceleration and the effect of gravity on a moving body by propelling steel balls or a wood block down an aluminum trough track.

Incredibly simple alternative to traditional force tables.

Launch mini hovercrafts with different initial velocities.

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

Discover the Mechanical Advantage of Different Pulley Combinations

Large scale demonstration of harmonic motion.

Investigate the effect of a stop on a pendulum's period and displacement.