The Force Module for Equilibrium of Moments is an interactive learning tool for studying the law of levers and moment equilibrium. It features a centrally mounted beam acting as a two-arm lever for hands-on experimentation. Movable riders and weights help students explore the relationship between force, distance, and balance. An integrated scale ensures precise distance measurements for accurate calculations. Built with a sturdy metal frame and secure base plate, it is ideal for classroom demonstrations. The smooth ball-bearing beam and organized storage system enhance usability and convenience.
Specification
• Hands-on approach for an improved understanding of the equilibrium of moments.
• Highly visual and robust, making it ideal for classroom demonstrations and small group learning.
• Ball bearing-mounted beam with an integrated scale, serving as a two-arm lever.
• Sturdy metal frame for durability and long-term use.
• Sturdy base plate ensures the unit stands securely during experiments.
Technical data
• Experimental Features:
• Investigation of the equilibrium of moments on a two-arm lever.
• Ball bearing-mounted beam with an integrated scale for accurate measurements.
• Sturdy metal frame for durability.
• Storage system included for easy organization of components.
• Beam & Lever Specifications:
• Beam size (LxWxH): Minimum 600 x 30 x 10 mm.
• Centrally ball bearing mounted for smooth operation.
• Lever length: Minimum 2 × 300 mm.
• Weights Included:
• 3 × 1N (hanger).
• 6 × 5N weights.
• 12 × 1N weights.
Dimensions and weight
LxWxH:Minimum 600 × 300 × 410 mm.
Weight:10 kg Approx.
