Key benefits Makes abstract light and color concepts tangible: perfect for teaching dispersion and the light spectrum in classrooms or for hands-on science at home. Engages curiosity and supports learning: lets children and students see light refraction directly, promoting exploration and faster comprehension than textbook-only lessons. Durable, accurate performance: optical-grade glass and precise cuttings deliver clear, repeatable separation of light for demonstrations and experiments. Features Function: Demonstrates refraction and light dispersion; useful for physics lessons, nature science activities, and basic optics experiments. Material: Made from optical glass with precise cuttings for optimal reflections and clean light separation. Design: Includes a sturdy plastic holder stand for stable placement and easy angle adjustments during demonstrations. Output: Refracts 7 vibrant colors (red, orange, yellow, green, indigo, blue) to show the visible spectrum in an engaging way. Compatibility: Designed for kindergarten and primary school nature science study and suitable for light dispersion/research in high school settings. How this product solves common problems Teachers struggle to show real examples of light behavior: this prism makes dispersion visible in seconds, turning abstract theory into a repeatable demonstration. Students disengage with conceptual lessons: hands-on refraction experiments stimulate curiosity, encourage questions, and improve retention. Home learners need compact, reliable tools: the included holder and optical glass construction provide a stable, classroom-ready solution for consistent results. Practical use scenarios Kindergarten/Primary school demonstration: Use during a nature science session to introduce basic properties of light and color in a safe, supervised hands-on activity. Classroom physics lesson: Place the prism in the holder, adjust the angle, and show students how white light separates into distinct colors during a light spectrum unit. High school light dispersion research: Employ the prism for exploratory experiments on refraction and wavelength separation as part of introductory optics labs. What you get and how to use it Prism made from optical glass plus a sturdy plastic holder stand. Simple to set up: place on a flat surface, position a light source, and adjust the stand angle to produce clear color separation. Portable and classroom-friendly: stable for demonstrations and easy to move between desks or labs. Trusted, practical, and educational tool for bringing the light spectrum to life in classrooms and home learning environments.