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Parabola Equation Solver

Parabola Equation Solver
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2017-07-11 08:44
FunctionCoordinate GeometryDerivative
This example demonstrates how to dynamically analyze parabola equation problems using GeoGebra. It involves core math concepts like parabola definition, coordinate geometry, quadratic functions, derivatives, and transformations. Construction highlights include commands like A1 to A27, c, r, s, A, f, list1, list2, d, a, b, B, estiramiento, q. Suitable for high school and above students to understand parabola properties and problem-solving techniques.

GeoGebra Commands & Parameters

  1. y = ((-2) * x^(2)) + (12 * x) - 6
  2. Numeric r(NaN)
  3. Numeric s(NaN)
  4. Point A(3, 12)
  5. Numeric f(NaN)
  6. Numeric list1(NaN)
  7. Numeric list2(NaN)
  8. y = x^(2)
  9. Numeric a(1)
  10. Numeric b(9)
  11. Numeric B(NaN)
  12. Numeric estiramiento(3)
  13. Numeric q(NaN)
  14. Numeric c_1(NaN)
  15. Conic p
  16. Conic t
  17. y = (2 * x) - 2
  18. Conic k
  19. (6, 0)
  20. ((-2), 0)
  21. (0, 9)
  22. Function h
  23. Numeric i(NaN)
  24. Line d_1(0, 1, -1)
  25. Numeric e(NaN)
  26. Numeric j(NaN)

AI Drawing Prompt Reference

Draw a dynamic parabola equation solver to demonstrate core math concepts like parabola definition, coordinate geometry, quadratic functions, derivatives, and transformations. Include a standard parabola and a dynamically adjustable one, along with related points, lines, and curves to analyze equation problems.
The prompt above was compiled from the original drawing commands and is for reference only.