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Control Solution Paths

Control Solution Paths
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2024-09-05 16:13
Solid GeometryProbability & Statistics
In collections Rauminhalt zusammengesetzter Körper - Quader und Würfel
This example demonstrates how to control solution paths. Key mathematical concepts include solid geometry of cubes and rectangular prisms, and probability and statistics involving the hypergeometric distribution. Using GeoGebra commands such as Corner, If, RemoveUndefined, etc., dynamic transformations of the figures and control of solution paths are achieved. Suitable for high school mathematics education and learning.

GeoGebra Commands & Parameters

  1. Corner(HinweisText, 2) → CornerHint2
  2. Corner(HinweisText, 3) → CornerHint3
  3. If(showanswer, "\bold{Lösung: }", "") → LoesungText
  4. Corner(Angabe, 1) → CornerAngabe
  5. Corner(HinweisText, 1) → CornerHint1
  6. If(tries ≠ 3, y(CornerHint3) - y(CornerHint2) - 0.15, y(Corner[SolutionText, 3]) - y(Corner[SolutionText, 2]) - 0.15) → heighthint
  7. RemoveUndefined({richtig1, If[RO > 1, richtig2], If[RO > 2, richtig3], If[RO > 3, richtig4], If[RO > 4, richtig5]}) → ListeRichtig
  8. RemoveUndefined({If[MCO ≟ 5 ∧ RO < 5 ∨ MCO ≟ 4 ∧ RO < 4 ∨ MCO ≟ 3 ∧ RO < 3, falsch1], If[MCO ≟ 5 ∧ RO < 4 ∨ MCO ≟ 4 ∧ RO < 3 ∨ MCO ≟ 3 ∧ RO < 2, falsch2], If[MCO ≟ 5 ∧ RO < 3 ∨ MCO ≟ 4 ∧ RO < 2, falsch3], If[MCO ≟ 5 ∧ RO < 2, falsch4]}) → ListeFalsch
  9. Union(ListeRichtig, ListeFalsch) → ListeAlle
  10. Shuffle(ListeAlle) → Reihenfolge, {"\textsf{V = 2 \cdot 1,5 \cdot 10 + 7 \cdot 1,5 \cdot 3 }", "\textsf{V = 7 \cdot 1,5 \cdot 10 \minus 3 \cdot 1,5 \cdot 5 }", "\textsf{V = 7 \cdot 1,5 \cdot 10 \minus 5 \cdot 1,5 \cdot 7}"}
  11. If(Reihenfolge(1) ∈ ListeRichtig, (("\math{" * Reihenfolge(1)) * "}\\\\"), "") → Loesungstext1
  12. If(Reihenfolge(2) ∈ ListeRichtig, (("\math{" * Reihenfolge(2)) * "}\\\\"), "") → Loesungstext2
  13. If(Reihenfolge(3) ∈ ListeRichtig, (("\math{" * Reihenfolge(3)) * "}\\\\"), "") → Loesungstext3
  14. If(Reihenfolge(4) ∈ ListeRichtig, (("\math{" * Reihenfolge(4)) * "}\\\\"), "") → Loesungstext4
  15. If(Reihenfolge(5) ∈ ListeRichtig, (("\math{" * Reihenfolge(5)) * "}\\\\"), "") → Loesungstext5
  16. Corner(Optionstext5, 3) → Corner53
  17. Corner(Optionstext5, 1) → Corner51
  18. Corner(Optionstext5, 2) → Corner52
  19. Corner(Optionstext4, 1) → Corner41
  20. Corner(Optionstext4, 2) → Corner42
  21. Corner(Optionstext3, 1) → Corner31
  22. Corner(Optionstext3, 2) → Corner32
  23. Corner(Optionstext2, 1) → Corner21
  24. Corner(Optionstext2, 2) → Corner22
  25. Corner(Optionstext1, 2) → Corner12
  26. Corner(Optionstext1, 1) → Corner11
  27. Max({x(Corner12) - x(Corner11), x(Corner22) - x(Corner21), x(Corner32) - x(Corner31), x(Corner42) - x(Corner41), x(Corner52) - x(Corner51)}) → maxwidth
  28. Corner(Optionstext4, 3) → Corner43
  29. Corner(Optionstext3, 3) → Corner33
  30. Corner(Optionstext2, 3) → Corner23
  31. Corner(Optionstext1, 3) → Corner13
  32. If(step < 3, Erklaerung2, "\\\textsf{ \large{\bold{. . .}}}") → ShowErkl2
  33. If(MCO ≥ 4, If[Reihenfolge(4) ∈ ListeRichtig ∧ option4 ≟ true ∨ Reihenfolge(4) ∈ ListeFalsch ∧ option4 ≟ false, true, false], true) → correct4
  34. If(correct4, 1, 0) → point4
  35. If(MCO ≟ 5, If[Reihenfolge(5) ∈ ListeRichtig ∧ option5 ≟ true ∨ Reihenfolge(5) ∈ ListeFalsch ∧ option5 ≟ false, true, false], true) → correct5
  36. If(correct5, 1, 0) → point5
  37. If(Reihenfolge(3) ∈ ListeRichtig ∧ option3 ≟ true ∨ Reihenfolge(3) ∈ ListeFalsch ∧ option3 ≟ false, true, false) → correct3
  38. If(correct3, 1, 0) → point3
  39. If(Reihenfolge(2) ∈ ListeRichtig ∧ option2 ≟ true ∨ Reihenfolge(2) ∈ ListeFalsch ∧ option2 ≟ false, true, false) → correct2
  40. If(correct2, 1, 0) → point2
  41. If(Reihenfolge(1) ∈ ListeRichtig ∧ option1 ≟ true ∨ Reihenfolge(1) ∈ ListeFalsch ∧ option1 ≟ false, true, false) → correct1
  42. If(correct1, 1, 0) → point1
  43. If(option1 ∨ option2 ∨ option3 ∨ option4 ∨ option5, (point1 + point2 + point3 + point4 + point5) / 5, 0) → score
  44. CountIf(x ≟ true, {option1, option2, option3, option4, option5}) → angekreuzt
  45. RoundBox(radius, Box1, height1, width) → box14, box11, box15, box12, box13
  46. RoundBox(radius, Box2, height2, width) → box24, box21, box25, box22, box23
  47. RoundBox(radius, Box3, height3, width) → box34, box31, box35, box32, box33
  48. RoundBox(radius, Box4, height4, width) → box44, box41, box45, box42, box43
  49. RoundBox(radius, Box5, height5, width) → box54, box51, box55, box52, box53
  50. If(step ≟ 3, "", step ≟ 1, ("\\\\" * Erklaerung3), "\\\textsf{ \large{\bold{. . .}}}") → ShowErkl3
  51. CountIf(x ≟ true, {correct1 ∧ option1, correct2 ∧ option2, correct3 ∧ option3, correct4 ∧ option4, correct5 ∧ option5}) → richtig
  52. If(richtig > 0 ∧ (¬correct), "✘ Teilweise richtig", correct, "✓ Richtig", "✘ Falsch") → CheckText
  53. If(tries ≠ 3, x(CornerHint2) - x(CornerHint1) - 0.15, x(Corner[SolutionText, 2]) - x(Corner[SolutionText, 1]) - 0.15) → widthhint
  54. RoundBox(radius, PosBoxHint, heighthint, widthhint) → boxh1, boxh2, boxh5, boxh3, boxh4
  55. Corner(Angabe, 4) → CornerAngabe2
  56. If(showsolution, Corner[LoesungswegText, 2] - (3, 1), (5, y(PosButton1))) → PosButton3
  57. SB(pointSB36, pointSB34, pointSB31) → SB3, pointSB32, pointSB33, pointSB35, pointSB37
  58. Polygon({Corner[Text3, 1], Corner[Text3, 2], Corner[Text3, 3], Corner[Text3, 4]}) → f
  59. Sequence(Translate[Segment[Corner[Text3, 1], Corner[Text3, 4]], Vector[(i * (Length[Segment[Corner[Text3, 1], Corner[Text3, 2]]] / 7, 0))]], i, 0, 7) → grid01
  60. Sequence(Translate[Segment[Corner[Text3, 1], Corner[Text3, 2]], Vector[(i * (0, Length[Segment[Corner[Text3, 1], Corner[Text3, 3]]] / 7))]], i, 0, 7) → grid02

AI Drawing Prompt Reference

The figure consists of cubes and rectangular prisms with corner points and text labels such as hints, solutions, and answers. Conditional logic controls the visibility of certain elements, possibly involving examples of the hypergeometric distribution. The figure is constructed through dynamic transformations and corner settings, presenting a clear structure suitable for mathematical education.
The prompt above was compiled from the original drawing commands and is for reference only.