Electromagnetic Swing Teaching Device This electromagnetic swing teaching device turns abstract physics concepts into clear, handson demonstrations that help children develop interest in learning and build practical skills. It is designed for classroom and laboratory use to illustrate the working principle of an electromagnetic swing and related electromagnetic and circuit concepts. Key benefits Makes learning tangible: Visual, repeatable motion shows how electromagnets interact with current and magnetic fields, helping students grasp core concepts more quickly. Encourages exploration: Supports inquirybased lessons where students form hypotheses, run experiments, and observe results. Easy to integrate: Designed for straightforward setup and use in physics lessons, STEM clubs, and practical labs. Main functions and learning outcomes Demonstrates the working principle of an electromagnetic swing and the conversion between electrical input and mechanical motion. Teaches basic electromagnetism and simple power circuit concepts, including current flow, coil behavior, and magnetic attraction and repulsion. Supports skills development in observation, measurement, analysis, and experimental design. Important attributes Function: Handson demonstration of electromagnetic swing behavior and basic power circuitry. Compatibility: Suitable for use with standard educational power supplies, lowvoltage DC sources, multimeters, and common classroom measurement tools. Size: Compact tabletop format suitable for individual demonstrations or smallgroup activities in a classroom or lab. Material and construction: Robust components and clear structural elements for easy observation and repeated classroom use. Performance: Stable, repeatable motion suitable for demonstrations, experiments, and guided student investigations. Typical use scenarios Classroom demonstration: Teacherled demonstration during a physics lesson to show how changing current affects oscillation and magnetic force. Laboratory experiment: Small groups measure electrical parameters and motion characteristics to analyze relationships between circuit variables and mechanical response. STEM club or workshop: Handson activity where students build simple circuits, test hypotheses, and document findings to develop critical thinking and practical skills. Why choose this device for teaching Aligns with learning objectives for basic electromagnetism and circuits by providing a visible, interactive example. Supports varied instructional formats, from teacher demonstrations to studentled experiments. Promotes curiosity and engagement through clear, repeatable experiments that make physical principles accessible. This electromagnetic swing teaching device is a practical tool for educators who want to deepen student understanding of electromagnetism and circuit fundamentals while encouraging active learning and exploration.