Volume Calculation of a Dam
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This example demonstrates how to calculate the volume of a dam using integration. Key mathematical concepts include integral calculus and solid geometry. Using GeoGebra commands such as Point, Function, Surface, etc., the shape and volume of the dam can be dynamically displayed. Suitable for high school and above students learning calculus and solid geometry.
GeoGebra Commands & Parameters
Point(c) → AFunction((y(A - 16) / 2116 * x^(2)) + 16, -46, 46) → gFunction((y(A - 16) / 2116 * x^(2)), -46, 46) → fSurface(u, f(u) - b(w) + 8, w, u, -46, 46, w, 0, h) → s_3Surface(u, g(u) + b(w) - 8, w, u, -46, 46, w, 0, h) → s_1Surface(u, f(u) - b(z) + 8 + (w * b(z)), z, u, -46, 46, w, 0, 2) → aLaTeX(f, true, true) → Text1LaTeX(g, true, true) → Text4LaTeX(b, true, true) → Text5Surface(46, f(46) + 8 - b(w) + ((u * 2) * b(w)), w, u, 0, 1, w, 0, h) → s_2Surface(-46, f(-46) + 8 - b(w) + ((u * 2) * b(w)), w, u, 0, 1, w, 0, h) → s_4CurveCartesian(46, f(46) + 8 + b(t), t, t, 0, 24) → a_1CurveCartesian(-46, f(-46) + 8 + b(t), t, t, 0, 24) → a_2CurveCartesian(-46, f(-46) + 8 - b(t), t, t, 0, 24) → a_3CurveCartesian(46, f(46) + 8 - b(t), t, t, 0, 24) → a_4Sequence(Prism[Polygon[(46, b((k * s)) + 8, (k * s)), ((-46), b((k * s)) + 8, (k * s)), ((-46), (-b((k * s))) + 8, (k * s)), (46, (-b((k * s))) + 8, (k * s))], h / n], k, 0, n - 1) → Liste1Sum(Liste1) → V_Q
AI Drawing Prompt Reference
Draw a dam volume calculation diagram, including a parabolic base opening upwards. First, draw the parabolic functions g and f, then create the dam surfaces s_1, s_3, and s_4 using these functions. Next, draw the boundary curves a_1, a_2, a_3, and a_4. Finally, calculate the dam's volume V_Q using integration.
The prompt above was compiled from the original drawing commands and is for reference only.