The HANDS ON STEM LABS Magnetic Effect of Electric Current Model allows students to explore one of the fundamental principles of physics—how electric current flowing through a conductor produces a magnetic field. This hands-on STEM kit demonstrates Oersted’s discovery and shows how magnetism is generated around a current-carrying coil.
The kit includes insulated copper wire, iron core, switch, LED indicator, magnetic needle, and a stable base for easy demonstration. Students learn how magnetic fields form, how coils increase magnetic strength, and how this principle is used in motors, transformers, speakers, relays, and electromagnets.
Perfect for physics fairs, science exhibitions, and classroom demonstrations, this project helps students understand the direct relationship between electricity and magnetism.
Safe, student-friendly materials and step-by-step instructions ensure easy assembly and engaging learning. This model encourages curiosity and hands-on exploration of electromagnetism—the backbone of modern electrical technology.
Shows how electric current creates a magnetic field around a conductor
Helps students understand Oersted’s experiment and coil behavior
Perfect for physics demonstrations and school projects
Includes insulated wire, switch, and magnetic indicator
Encourages interactive hands-on scientific learning
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