Strength Experimenter Key benefits Demonstrates the effect of magnetic field on electric current in a clear, repeatable way, making abstract concepts tangible for learners. Serves as a practical teaching model to improve conversion rates by helping students convert theoretical knowledge into observable results. Compact and portable size makes it convenient for classroom demonstrations, lab benches, and science fairs. What it does Experimental device designed specifically to show how magnetic fields influence electric current. Enables hands on exploration of electromagnetic interactions through controlled experiments. Provides consistent performance for repeated demonstrations and student experiments. Main attributes Size: 9 x 10 x 12 cm (3.5 x 4.7 x 3.9 inch), compact footprint suitable for small workspaces and demonstration tables. Function: Built to illustrate the relationship between magnetic field and electric current with visible, measurable effects. Construction: Robust design for regular educational use, assembled to withstand handling during demonstrations and labs. Performance: Reliable and repeatable operation to support teaching, experiments, and assessment activities. Compatibility and use Designed for standard classroom and laboratory settings and compatible with common educational power sources and instrumentation. Easy to integrate into existing lesson plans, lab manuals, and demonstration setups. Practical use scenarios Classroom demonstration: Teacherled demonstration to show magnetic force on current carrying conductors and to spark student discussion. Laboratory experiment: Small group lab activity where students measure and record the effects of varying magnetic field strength or current. Science fair or outreach: Portable setup for interactive exhibits that let visitors observe electromagnetic principles in action. What to expect A focused experimental tool for education and demonstration of electromagnetic principles. Straightforward setup and operation to support effective teaching and student engagement without unnecessary complexity.