"Wards"

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.

Students can gain an understanding of Hooke’s Law and of the significance of the spring constant with this versatile set.

Made of brass, bucket with suspension loop and hook.

This large aluminum pulley is a great alternative for Atwood’s Machine experiments.

Easy Push Button Operation

Nearly frictionless, accurate, durable.

Study Acceleration and Velocity without Cart or Track

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

Students investigate the properties of momentum and conservation of energy using this precision apparatus.

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

Teach students about two-dimensional collisons with this engaging activity, then use video analysis to analyze conservation of energy, and conversions between kinetic and potential energy.

Visual scientifics inclined plane and car.

Students apply concepts of conservation of energy to a loop setup, then consider the forces involved in roller coasters.

Discover the period of a simple pendulum, then use video analysis to investigate energy conservation and conversion.

Students measure acceleration due to gravity in this free-fall activity. Video analysis allows modeling of air resistance.

This inquiry-based activity allows students to investigate and verify projectile equations.