This Induced Current Apparatus is designed to demonstrate mutual induction and the generation of current through electromagnetic interaction. The setup features two coils wound on separate bobbins-one primary coil with 1340 turns (0.38mm wire) and one secondary coil with 320 turns (0.67mm wire). When a pure iron rod is dropped through the coils, a current is induced in the secondary coil, providing a clear and visual demonstration of Faraday's Law of Electromagnetic Induction. Ideal for physics classrooms, this apparatus helps students explore foundational concepts in electromagnetism and circuitry. Educational Benefits: Demonstrates mutual induction and electromagnetic principles Reinforces Faraday's and Lenz's Laws Encourages exploration of magnetic fields and current generation Enhances understanding of coil and core systems Classroom Ideas: Drop the iron rod and measure induced voltage Vary coil turns or materials to compare induction strength Use alongside oscilloscopes or galvanometers for signal detection Specifications: Primary Coil: 1340 turns, 0.38mm wire Secondary Coil: 320 turns, 0.67mm copper wire Includes: Pure iron core rod Use: Electromagnetic induction demonstrations Units: Each
