"WardsSci000612"

Hands-On and Versatile Demonstration of Mechanics

This launcher is easy to assemble, and it delivers consistent classroom results.

This apparatus verifies that that the amount by which a material body is deformed (the strain) is linearly related to the force causing the deformation (the stress).

The activity includes one triple sheave, one double sheave, and two single sheave pulleys, as well as a beautifully illustrated activity guide with questions, making it ideal for single student study or as a demonstration unit.

This sturdy Hooke's Law apparatus features a mirrored scale to eliminate parallax error.

Easily Explain Rotational Inertia

The versatile Loop Track helps students learn about acceleration and conservation of energy.

The Plastic Inclined Plane is ideal for demonstrating resolution of forces, acceleration down a plane, work, potential energy, and friction.

This unique metal launcher has multiple settings, so launch speed and angles may vary.

Show the surprising effect of an impulse load on a large inertial mass.

Recreate the medieval weapon using counterweights.

Educators demonstrate experiments in angular momentum and rotational kinetic energy with the Rotating Platform.

Play with the physics of a catapult to learn about levers, force, acceleration and much more!

The oscillatory platform can carry various masses and is free to oscillate in a horizontal plane under the restoring forces of two straight-blade spring supports.

The multi-purpose Inclined Plane simplifies experiments involving motion and friction.

Ideal for small pulley systems, cord is available in a variety of colors, strengths, and lengths.