Classroom Mechanics
Supertek™ Newtonian Demonstrator
The Newtonian Demonstrator is an ideal model to learn key physics principles.
Supertek™ Inertia Balance Kit
For investigating the nature of mass and the distinction between mass and weight.
Supertek™ Steel Ball, Drilled
These drilled balls are excellent for use as pendulum bobs or in impact and collision experiments.
Vernier™ Track-to-Track Coupler
The Track-to-Track Coupler rigidly connects two tracks for larger experiments and demonstrations.
Supertek™ Simple Pendulum Kit
This Simple Pendulum Kit shows you why you can measure time with a ball and string and how to do it.
Supertek™ Science Cube Kit - Simple Circuit
Electricity, we all know what it is; but how does it work? Create a simple circuit as you learn about electricity, currents, voltages, series circuits, and much more.
Science First™ Density Cube Set
Demonstrates density experiment in a dozen ways.
Vernier™ Bumper and Launcher Kit
The Bumper and Launcher Kit contains accessories for experiments involving the Vernier Dual-Range Force Sensor, Vernier Wireless Dynamics System and the Vernier Dynamics System. The accessories allow you to perform a wide range of experiments in kinematics and dynamics.
Vernier KidWind Dowels
Used for designing and testing wind turbine blades and fit into Wind Turbine Hub
Supertek Scientific Weight Balance
Steel weight with nickle plated finish
Supertek™ Mechanics Tracks - Planes with Different Inclinations
Planes with Different Inclinations is a product from the family set of 6 Mechanics Tracks. This product features 4 metal tracks that are modeled after the famous Brachistochrone problem.
Vernier™ Time of Flight Pad
Use the Time of Flight Pad to precisely measure how long a projectile has been in motion.
Pendulum Clamp
Usual for experiments.
Supertek™ Mechanics Tracks - Path of a Pendulum
Path of a Pendulum is a product from the 6 Mechanics Tracks family set. This product features 3 metal tracks that represents the path taken by the bob of a simple pendulum of different lengths. Test whether the time period of a simple pendulum depends on its length mass and amplitude.