Interactive Solenoid Experiment Model for Teaching Electromagnetism Key benefits Demonstrates the right hand rule and basic electromagnetic principles in a clear, handson way. Lets students observe how reversing current direction changes magnetic field orientation and deflection direction of a pin. Durable copper construction designed for repeated classroom use and reliable demonstrations. Compact, readytouse kit sized for desktop demonstrations and individual experiments. What it does Shows the relationship between electric current and magnetic field using a solenoid arrangement. Allows students to swap power connections to see how current direction affects field orientation and pin deflection, reinforcing the right hand rule through direct observation. Serves as a visual and tactile aid to bridge theory and practice in physics lessons. Features Material: copper for consistent conductivity and longevity. Size: 15.5 cm x 12.3 cm x 4.3 cm (6.10 inch x 4.84 inch x 1.69 inch), suitable for classroom benches and lab tables. Package includes: 1 Set Solenoid Experiment Model. Simple setup that integrates easily into lesson plans and lab activities. Use scenarios Middle school physics class demonstration: Teachers can use the model to introduce the right hand rule and magnetic field direction in a live classroom demonstration. Handson student labs: Small groups can perform experiments swapping power leads to measure and record the change in pin deflection and relate it to current direction. Science fair or project display: Students can present a working demonstration that explains electromagnetic concepts to judges and visitors. Additional information Designed for educational use by teachers, parents, and students to support active learning. Please allow a measurement tolerance of 12 cm 0.390.79 inch due to manual measurement.