Magnetic Levitation Experiment Demonstrator Model Overview This Magnetic Levitation Experiment Demonstrator Model is a handson teaching aid made from PVC for classroom demonstrations, decorative displays, and experimental exploration. It clearly demonstrates magnetic interactions and supports simple experiments that connect textbook concepts to real life. What you get 1 x Magnetic Levitation Experiment Demonstrator Model Material: PVC Key benefits Clear visualization of magnet behavior: Observe how like poles repel and opposite poles attract, making abstract magnetic principles easy to understand. Simple setup and operation: The demonstrator has a straightforward structure, making it suitable for teachers and students to use with minimal preparation. Encourages inquiry and observation: Designed to stimulate questions, improve observation skills, and support guided physical activities and research. Versatile use: Suitable for teaching demonstrations, science displays, and handson experiments to test hypotheses such as electromagnetic damping. Features Material: Durable PVC construction for a lightweight but sturdy demonstrator. Function: Demonstrates magnetic levitation effects and pole interactions with a clear visual outcome. Performance: Reliable, repeatable interactions that make classroom demonstrations effective and engaging. Usability: Easy to handle, set up, and operate for users at different learning levels. Suggested applications Classroom demonstration: Use during physics lessons to illustrate magnetic poles, repulsion, attraction, and basic levitation concepts. Student experiments: Conduct measurements and simple tests to explore magnetic forces and to develop experimental thinking about topics like electromagnetic damping. Science fair or display: Present a clear, interactive model that draws attention and explains magnetic principles to viewers. Notes Manual measurement error of 1 to 2 cm is within a reasonable range. Color may vary slightly from pictures due to lighting or monitor settings. Principle reminder: Same poles repel each other, and magnets with different poles attract each other. This demonstrator combines simple design and clear phenomena to support effective learning and practical exploration of magnetic principles.