Eisco - Maxwell Apparatus with Wooden Stand - Demonstrate Energy Conversion and Momentum - Metal Flywheel for Classroom Physics Demonstrations

• MAXWELL’S APPARATUS || Features a 90 mm diameter metal flywheel with side latching for peripheral mass, mounted on a shaft to demonstrate energy conversion and momentum.
• PHYSICS DEMONSTRATION TOOL || Perfect for illustrating Maxwell's Wheel, where potential energy converts to kinetic energy and back, demonstrating principles of energy conservation and friction.
• INCLUDES WOODEN STAND || Comes with a sturdy wooden stand that ensures stability during demonstrations and doubles as a professional display piece for classrooms or offices.
• EDUCATIONAL AND ENGAGING || A hands-on tool for teaching energy principles in physics, ideal for schools, science classrooms, and educational exhibits.
• DURABLE AND PRECISE DESIGN || Constructed with high-quality materials to ensure reliable performance for repeated demonstrations of energy conversion and momentum concepts.

The Eisco Maxwell Apparatus is a hands-on demonstration tool for teaching the principles of energy conversion, momentum, and friction. Named after physicist James Clerk Maxwell, this apparatus features a 90 mm diameter metal flywheel suspended by cords. When released, the potential energy of the flywheel converts to kinetic energy as it falls, then winds itself back up due to momentum, repeating the cycle until friction slows it down.

Mounted on a sturdy wooden stand, this apparatus ensures stable demonstrations and serves as a professional display piece for classrooms or offices. Ideal for engaging students in the study of energy conservation and physics principles, it is perfect for educational and professional environments.