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Limits Cards (Multiple Dragging & Color Labels)

Limits Cards (Multiple Dragging & Color Labels)
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2013-11-06 18:30
LimitGeometric Construction
This example demonstrates limit concepts through interactive cards with dragging and color labels. Core math concepts include limits, logarithms, fractions, polygons, exponents, and cubes. Construction uses commands like Vector, Line, Length, and Translate, with various colored objects and symbols. Ideal for high school mathematics teaching, showcasing dynamic limit calculations and geometric relationships.

GeoGebra Commands & Parameters

  1. Vector(B_{19}, E_{19}) → u_{19}
  2. Vector(B_7, E_7) → u_7
  3. Vector(B_8, E_8) → u_8
  4. Vector(B_4, E_4) → u_4
  5. Vector(B_6, E_6) → u_6
  6. Vector(B_5, E_5) → u_5
  7. Vector(B_{15}, E_{15}) → u_{15}
  8. Vector(B_{10}, E_{10}) → u_{10}
  9. Vector(B_9, E_9) → u_9
  10. Vector(B_2, E_2) → u_2
  11. Vector(B_{12}, E_{12}) → u_{12}
  12. Vector(B_{18}, E_{18}) → u_{18}
  13. Vector(B_1, E_1) → u_1
  14. Vector(B_{17}, E_{17}) → u_{17}
  15. Vector(B, E) → u
  16. Vector(B_{16}, E_{16}) → u_{16}
  17. Vector(B_{14}, E_{14}) → u_{14}
  18. Line(C, D) → b
  19. Vector(B_3, E_3) → u_3
  20. Vector(B_{11}, E_{11}) → u_{11}
  21. Vector(B_{13}, E_{13}) → u_{13}
  22. Length(Lista_1) → n
  23. Translate(A', Vector[-u_{14}]) → A
  24. Translate(A, u_{14}) → A''
  25. Translate(G, Vector[-u_{16}]) → A_2
  26. Translate(A_2, u_{16}) → G''
  27. Translate(H, Vector[-u_{13}]) → A_1
  28. Translate(A_1, u_{13}) → H'
  29. Translate(I, Vector[-u_3]) → A_3
  30. Translate(A_3, u_3) → I'
  31. Translate(J, Vector[-u]) → A_4
  32. Translate(A_4, u) → J'
  33. Translate(Q, Vector[-u_{17}]) → A_{11}
  34. Translate(A_{11}, u_{17}) → Q'
  35. Translate(K, Vector[-u_1]) → A_6
  36. Translate(A_6, u_1) → K'
  37. Translate(N, Vector[-u_{12}]) → A_8
  38. Translate(A_8, u_{12}) → N'
  39. Translate(O, Vector[-u_{18}]) → A_9
  40. Translate(A_9, u_{18}) → O'
  41. Translate(P, Vector[-u_{12}]) → A_{10}
  42. Translate(A_{10}, u_{12}) → P'
  43. Translate(R, Vector[-u_2]) → A_{12}
  44. Translate(A_{12}, u_2) → R'
  45. Translate(S, Vector[-u_9]) → A_7
  46. Translate(A_7, u_9) → S'
  47. Translate(T, Vector[-u_{10}]) → A_{13}
  48. Translate(A_{13}, u_{10}) → T'
  49. Vector(B_{20}, E_{20}) → u_{20}
  50. Vector(B_{21}, E_{21}) → u_{21}
  51. Translate(F, Vector[-u_{15}]) → A_5
  52. Translate(A_5, u_{15}) → F'
  53. Translate(V, Vector[-u_5]) → A_{15}
  54. Translate(A_{15}, u_5) → V'
  55. Translate(Z, Vector[-u_6]) → A_{16}
  56. Translate(A_{16}, u_6) → Z'
  57. Translate(U, Vector[-u_4]) → A_{17}
  58. Translate(A_{17}, u_4) → U'
  59. Translate(F_1, Vector[-u_{19}]) → A_{18}
  60. Translate(A_{18}, u_{19}) → F'_1
  61. Translate(D_1, Vector[-u_8]) → A_{19}
  62. Translate(A_{19}, u_8) → D'_1
  63. Translate(C_1, Vector[-u_7]) → A_{14}
  64. Translate(A_{14}, u_7) → C'_1

AI Drawing Prompt Reference

Create an interactive graphic demonstrating limit concepts with draggable cards and color labels, involving logarithms, fractions, polygons, exponents, and cubes. The construction uses vectors, lines, and translations to show dynamic limit calculations and geometric relationships, with various colored elements to differentiate parts.
The prompt above was compiled from the original drawing commands and is for reference only.