Educational Materials

This inclined plane is as straight as an arrow, measures a full 4' long, and will last for years. Is built of nickle-plated heavy steel with rounded corners, and can accomondate just about any kind of cart you choose.

With the Large Plastic Dynamics Cart, students can explore the changes in motion that occur in a dynamics cart when different amounts of net force are applied.

Easy-to-assemble beginner level rocket with pre-colored parts.

Demonstrate Newton's laws of motion.

Investigate and experiment with 7 functioning Wheel & Axle and Inclined Plane models designed to demonstrate science and technology concepts.

Students can determine, through investigation, if the machine multiplies the force it applies to the resistance (load), if the machine changes the direction of the force they apply, and more.

Launch an egg and test recovery systems with this reliable, sturdy model rocket.

Reliable, quantitative data over Bluetooth to investigate important concepts in projectile motion.

Use the Time of Flight Pad to precisely measure how long a projectile has been in motion. The Time of Flight Pad is used with the Vernier Projectile Launcher and a Vernier interface to determine the launch speed of a projectile, along with the time the projectile is in flight. Time-of-flight measurements allow students to see just how kinematic calculations work in real-world applications. The Time of Flight Pad is electrically like a photogate. When a ball strikes the foam top surface, a circuit is closed.

Low cost easy to use lab for studying elastic and inelastic collisions.

Set of three undrilled balls.

This activity illustrates the relationships of mass, potential energy, and kinetic energy with marble races.

Incredibly simple alternative to traditional force tables.

For educational demonstrations.

Large scale demonstration of harmonic motion.

Uses torsion spring bundles and levers to launch ping pong balls.

Recreate the medieval weapon using counterweights.