Eisco – Comparative Mechanics Ball Set – Set of 4 Physics Lab Spheres – Includes Aluminum Brass PVC and Steel – For Momentum and Energy Transfer Demonstrations

• INCLUDES FOUR MATERIALS || The set includes aluminum, brass, PVC, and steel spheres for varied mass and density comparisons
• DEMONSTRATES CORE PRINCIPLES || Allows exploration of momentum, kinetic energy, and collision outcomes under controlled conditions
• IDEAL FOR COMPARATIVE TESTS || Perfect for measuring how material properties affect motion and energy transfer in safe setups
• VERSATILE EDUCATIONAL USE || Suitable for physics classrooms, labs, and research environments for mechanics demonstrations
• DURABLE, UNIFORM DESIGN || Machined for consistent shape and size to ensure accurate and repeatable results

The Eisco Comparative Mechanics Ball Set includes four precisely manufactured spheres made from aluminum, brass, PVC, and steel. Each sphere offers a unique mass and density, allowing learners to explore how these differences affect energy transfer, momentum conservation, and collision behavior in controlled experiments. Designed for safe, stationary lab setups such as inclined planes, rolling track systems, or gentle collision demonstrations, these balls make it easy to compare outcomes using different materials. They are ideal for hands-on physics instruction in high school, college, or research labs, enabling accurate, repeatable measurements for studying the mechanics of motion and energy interactions.