"WardsSci000611"

Show your students how the rate of acceleration of an object depends on the angle of incline with this great hands-on activity.

Students learn about Newton's laws with a fun science ride on this inertia scooter.

Ideal for studying collisions in two dimensions, these pucks can be supported on plastic beads or levitated with air from the balloons to reduce friction. Use on any smooth, flat surface. The pucks measure 10 cm in diameter, and one puck is twice the mass of the other two.

Vente

This backboard mounts directly to the Visual Scientifics base, enhancing video analysis.

Low friction cart for kinematics.

The air table guides the study of a multitude of concepts.

Students construct simple motion experiments with this machine.

These uniform motion cars are a staple in the modern physics classroom.

Visual scientifics inclined plane and car.

Students investigate and learn the principles of Hooke’s Law with this activity.