An apparatus designed for collision experiments to demonstrate conservation of kinetic energy.

• Features a track with an adjustable angle from 0 to 45°, allowing for varied experimental conditions

• Equipped with a protractor for angle measurement and a scale for tracking the distance moved by the block post-collision Includes both steel and ceramic balls (approximately 25 mm Ø) to explore the effects of different masses and materials on collision outcomes
• Compatible with the BeeSpi V speed measurement device for precise velocity data collection at the moment of collision

The I-gauge collision apparatus is tailored for physics educators and students to explore the principles of conservation of momentum and kinetic energy through hands-on collision experiments. The device features an adjustable track, allowing users to modify the slope angle between 0 and 45 degrees to suit various experimental setups. A built-in protractor facilitates accurate angle measurements, while an adjacent scale enables precise tracking of the block's displacement following a collision. The inclusion of both steel and ceramic balls permits investigations into how different materials and masses influence collision dynamics.

Furthermore, the apparatus is designed to integrate seamlessly with the BeeSpi V speed measurement device, providing immediate velocity readings without the need for computer connections or additional software. This comprehensive setup not only aids in demonstrating the relationship between potential and kinetic energy but also enhances students' understanding of energy transfer and conservation laws in a tangible and interactive manner.​

Kit includes: (1) 25 mm steel ball; (1) 25 mm ceramic ball; (1) adjustable track with integrated protractor and scale; (1) acrylic resin block (approximately 40×80×14 mm); (1) BeeSpi V velocimeter.