Overview Core concept: This interactive Galton board demonstrates the bellshaped curve and the within randomness by watching beads move through a bin of nails. How it works Operation: Rotate the Galton plate and release steel balls that navigate the nails, producing a visual representation of the normal distribution and the equal likelihood of different outcomes. Educational value Scientific insight: Uses gas molecules to illustrate statistical regularity, helping learners study stochastic phenomenon models, statistical distribution laws, and gasmolecule motion rates. Applications and compatibility Ideal settings: Suitable for physics labs and educational exhibits, where it enhances the learning experience in physics experiments and serves as a valuable addition to laboratory equipment. Key attributes Function: Interactive demonstration of probability distribution and randomness. Material: Steel balls; Galton plate with nails. Performance: Provides clear, repeatable visual data on distribution patterns; designed for classroom and lab use. Compatibility: Complements standard physics and statistics curricula and laboratory setups. Use scenarios University physics lab: Use to illustrate probability distributions and equallikelihood outcomes in a handson lesson. School science fair or classroom demonstration: Engage students with a tangible exhibit that explains randomness and the bell curve. Introductory statistics or thermodynamics module: Pair with discussions on stochastic processes and gasmolution analogies to reinforce concepts of statistical regularity.