Electric Circuit Learning Starter Kit Electromagnetic Experiment Box A practical handson kit for learning basic electricity and magnetism concepts through guided experiments. Designed for classroom demonstrations, afterschool STEM activities, and home exploration, this starter kit focuses on clear, repeatable experiments that build foundational understanding of circuits and electromagnetism. Key benefits Develops practical skills: Reinforces theory with handson assembly and observation so learners can connect equations and diagrams to real behavior. Solves learning gaps: Visual and tactile experiments make abstract concepts such as current flow, circuit connections, and magnetic fields easier to grasp. Ready for teaching and practice: Compact, organized design helps instructors set up demonstrations quickly and lets learners work independently on guided tasks. What it does and how it stands out Core functions: Supports basic circuit construction, series and parallel comparisons, and electromagnetic experiments using coils and magnets. Clear setup: Components and terminals are labeled to simplify wiring and reduce setup time for demonstrations and student projects. Reliable performance: Designed for repeatable connections and stable results so experiments produce consistent, interpretable outcomes. Important attributes Function: Educational kit for exploring electricity and magnetism with handson experiments and demonstrations. Compatibility: Works with standard lowvoltage classroom power supplies and common batteries and measurement tools used in physics labs. Size and portability: Compact experiment box and organized components make the kit easy to transport between classroom and lab or store between sessions. Materials and build: Durable construction with metal contact points and robust connectors to withstand repeated assembly and disassembly. Usability: Clear labeling and simple connection points support stepbystep learning for beginners and practical use for instructors. Practical applications and use scenarios Classroom demonstration: Teacherled lab showing the difference between series and parallel circuits, then moving to electromagnet creation to illustrate magnetic field principles. Afterschool STEM club: Small groups build circuits and test the effect of coil turns, core material, and current on magnetic strength for a projectbased learning session. Introductory lab practice: Students practice safe wiring, use common measurement instruments to collect current and voltage data, and compare results to theoretical predictions. What to expect in use Guided experiments that illustrate core physics concepts without requiring advanced equipment. Durable connections that support multiple class sessions and handson practice. Clear outcomes suitable for lab reports, demonstrations, or project portfolios. This starter kit is designed to support structured learning in electricity and magnetism with practical assemblies, repeatable performance, and compatibility with common classroom equipment.