Magnetic induction switched experiment kit accessory for junior school physics electrical equipment. Designed to support classroom learning, handson practice, and development of critical thinking and problem solving in basic electrical and magnetic experiments. Key benefits Develops problem solving and critical thinking by guiding students through setup, observation, and analysis of magnetic switching phenomena. Improves handeye coordination and practical skills through repeated handson assembly and testing. Reinforces understanding of physics and technology concepts by providing a visible, repeatable demonstration of magnetic induction and switching. Suitable for classroom use and small group activities, supporting collaborative learning and projectbased lessons. What this product does Provides a magnetic induction switch module that responds to magnetic fields to open or close a circuit, enabling experiments on magnetic sensing and simple control logic. Functions as an accessory for junior school physics electrical experiment setups and science kits, allowing integration with standard experiment panels and wiring components. Helps students observe cause and effect in electromagnetic interactions and practice circuit construction and measurement. Key attributes Function: magnetic induction switching for classroom experiments and demonstrations. Compatibility: designed for use with junior school physics electrical equipment and common science experiment kits and panels. Construction: robust design intended for repeated classroom handling and student use. Size and mounting: compact form factor suited to school experiment boards and bench setups. Performance: consistent switching behavior in response to applied magnetic fields, suitable for introductory level experiments. Practical use scenarios Classroom demonstration: Teacher uses the module to show how a magnetic field can trigger a switch, then guides students to measure circuit response with a multimeter or LED indicator. Student experiment project: Small groups design circuits that use the magnetic switch to control motors or lights, documenting results and troubleshooting wiring and sensitivity. STEM club activity: Members build a simple sensor circuit that uses the magnetic induction switch to count rotations or detect proximity, then present findings and adaptations. Why customers choose this accessory Provides a straightforward, handson way to explore magnetic induction and switching without complex instrumentation. Integrates with existing junior school physics equipment to expand lesson options and support experiential learning. Encourages practical skills, logical reasoning, and collaborative problem solving in an educational setting. Contents and use considerations Intended as an educational accessory for supervised classroom or lab use. Compatible with common lowvoltage school experiment setups; ensure appropriate wiring and power sources as specified by classroom equipment guidelines. This magnetic induction switched experiment accessory supports curriculum goals in physics and technology while promoting practical skill development and analytical thinking.