Key benefits Visual demonstration of normal distribution and stochastic phenomena: rotating the Galton Board releases steel balls that bounce with approximately equal probability, providing a clear, observable illustration of distribution patterns. Professional teaching tool for physics and statistics: supports instructional emphasis on statistical regularities, velocity distributions, and kinetic theory concepts in gas molecules. Intuitive, engaging learning experience: as the board turns, balls move through rows of nails and distribute left or right, yielding a bellcurvelike pattern that reinforces theoretical concepts. Durable construction for classroom use: built from quality materials to withstand repeated use in school laboratories and educational settings. How it works Rotationdriven demonstration: when the Galton Board is rotated, a stream of steel balls is released and guided through a fixed array of nails, resulting in a probabilistic leftright distribution. Visual bell curve approximation: the collected pattern of balls across the bottom rows visualizes the transition toward the normal distribution as more trials are performed. Structural details: the device incorporates a row of nails, Vshaped grooves, and insert plates to maintain alignment and ensure consistent ball trajectories throughout demonstrations. Materials and construction Material: durable plexiglass construction. Features: row of nails, Vshaped grooves, and insert plates integrated into the design. Longevity: engineered to withstand repeated use in school laboratories and educational settings with consistent performance. Use scenarios Classroom physics demonstration: in school or introductory college courses, rotate the board to show how random ball collisions create a normallike distribution, illustrating stochastic processes and statistical regularity. Introductory statistics or probability lesson: use the device to visualize how repeated independent trials produce a bellshaped distribution, reinforcing concepts such as randomness, probability, and central tendency. Science exhibit or fair presentation: employ as an interactive exhibit to explain kinetic theory concepts, velocity distributions, and data visualization through a handson, observable model.