Product description This tabletop physics experimental device demonstrates how a magnetic field acts on a current carrying wire. It is designed for handson exploration of magnetic forces and equilibrium conditions, helping students and instructors visualize fundamental electromagnetic principles. Key benefits Teaches core concepts: Directly demonstrates the force on a current carrying conductor in a magnetic field, making abstract theory easier to understand. Enhances learning by doing: Allows students to perform repeated experiments with varying current and wiring to observe motion and equilibrium. Simple compatibility: Designed for use with a standard 2 AA battery box, 2 AA batteries, and 2 wires, so setup is straightforward using common classroom supplies. Effective for instruction: Useful for classroom demonstrations, laboratory exercises, and individual study to reinforce lecture material with practical observation. Features and specifications Function: Demonstrates movement of a current carrying wire when subjected to a magnetic field and supports experiments on equilibrium conditions. Compatibility: Requires a 2 AA battery box, 2 AA batteries, and 2 wires for operation. These components are not necessarily included. Intended use: Educational physics experiment device for teaching and learning electromagnetic interactions. Practical applications and scenarios Classroom demonstration: Use during a lecture to show real time motion of a conductor under magnetic force and to link equations to observable behavior. Lab experiment: Have students assemble circuits with the battery box and wires to vary current, observe resulting motion, and measure conditions for equilibrium. STEM activities and science fairs: Provide a clear, repeatable experiment for student projects that illustrates the relationship between current, magnetic field, and force. How it helps Converts theoretical formulas into observable effects so learners can connect calculation to real behavior. Supports experimentation with equilibrium condition models to build deeper conceptual understanding. Easy to integrate into existing physics curricula that cover electromagnetism. Contents and setup note Designed to be used with a 2 AA battery box, 2 AA batteries, and 2 wires. Users should provide these components and follow standard classroom procedures for electrical experiments.