Versatile classroom and lab tool This education kit is suitable for classroom demonstrations and laboratory experiments. It supports diverse instructional needs and uses components such as a conductive ball to illustrate core physics concepts in electricity and magnetism. Practical science tool Provides a straightforward way to explore and understand key physics ideas. The kit includes body induction ball components and an induction lamp to visualize electrical and magnetic phenomena, helping students connect theory with handson observation. Teacherfriendly resources Comes with comprehensive teaching materials designed to support educators in planning and delivering useful, engaging lessons. Resources cover concepts related to body induction, induction effects, and related topics to enhance classroom impact. Userfriendly and easy to maintain Easy to operate for learners of all ages and simple to maintain in a classroom setting. Designed to integrate with standard educational activities and, where applicable, compatible with electric motor kit demonstrations to broaden learning applications. Key attributes at a glance Function: enables handson exploration of electricity, magnetism, induction, and basic motor principles through interactive components. Compatibility: designed to work with common classroom lab setups and related educational kits (including electric motor kits and conductive ball science modules). Size: compact, deskfriendly footprint suitable for individual desks or small group demonstrations. Material: built with durable materials intended for repeated classroom use and longterm reliability. Performance: provides reliable, straightforward operation with minimal setup to support consistent learning outcomes. Use scenarios 1) school physics class: demonstration of induction and magnetism concepts using the induction lamp and conductive ball to visualize field interactions and current flow. 2) Middle school inquiry unit: guided experiments on basic circuits and electrical phenomena, leveraging the body induction ball to observe noncontact effects and responses. 3) STEM club project: integration with an electric motor kit to explore energy conversion, motion, and control principles through handson experimentation. Additional notes The kit's components are designed to complement standard teaching practices, offering tangible, observable demonstrations that reinforce theoretical concepts and support diverse lesson plans.