Volume of a Parallelogram-Based Solid with Random Experiment Statistics

This GeoGebra example demonstrates a solid with a parallelogram base, constructed using the Intersect and Surface commands, and dynamically shows how its volume changes. Core mathematical concepts include solid geometry volume calculation, combinatorial counting, and statistical characteristics from random experiments such as mode and mean. The construction uses Intersect to find intersection curves, Surface to generate the 3D shape, and sliders n, a, b to control parameters, allowing observation of volume variation. Suitable for high school or early college students to grasp the geometric meaning of volume formulas and to verify statistical laws through random simulation, also useful for teachers demonstrating the integration of dynamic geometry and probability.