United Scientific Collision in Two Dimensions Apparatus – Conservation of Momentum & Kinetic Energy Physics Demo Kit
United Scientific Collision in Two Dimensions Apparatus – Conservation of Momentum & Kinetic Energy Physics Demo Kit
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Momentum & Kinetic Energy Exploration – Allows students to compare elastic vs. inelastic collisions and explore conservation laws.
Versatile Collision Materials – Includes steel, glass, and hollow wooden balls to demonstrate how mass and material affect collision outcomes.
Secure & Adjustable Setup – Sturdy curved aluminum track with adjustable target support and integrated table clamp (fits up to 3.5 cm edge).
Complete Educational Kit – Comes with a plumb line and an activity guide, enabling structured, repeatable lab demonstrations.
Compact Classroom Design – Lightweight and portable (20" × 13" × 10"), ideal for high-impact lessons in middle school through college physics.
Bring collision physics to life with the United Scientific Collision in Two Dimensions Apparatus—an engaging educational tool that lets students explore the principles of momentum conservation and kinetic energy transformation across collisions. This high-quality physics apparatus enables hands-on comparisons between elastic and inelastic collisions, fostering deeper conceptual understanding.
The kit features a curved aluminum track mounted on a sturdy flat base, complete with an adjustable target support for precise experiments. Students use a mix of materials—including two steel balls, one glass ball, one hollow wooden ball, and a plumb line—to observe how different masses affect collision dynamics. A built-in table clamp enhances stability by securing the setup to desk edges up to 3.5 cm thick. Every purchase includes a comprehensive activity guide to support well-structured classroom demonstrations.
Compact and classroom-ready, the apparatus ships with a shipping weight of approximately 2 lbs and measures roughly 20" × 13" × 10", making it easy to store and transport for hands-on labs.
