MathPlotAI Logo MathPlotAI

Cross Sections of a Rectangular Prism by Chi Tran

Cross Sections of a Rectangular Prism by Chi Tran
Loading the math board and drawing, please wait…
2014-06-10 09:11
Coordinate GeometrySolid GeometryGeometric Construction
In collections Cross Sections
This example explores the different cross sections of a rectangular prism to help students understand the concept of cross sections in solid geometry. Key mathematical concepts include the properties of cross sections in solid geometry. It utilizes commands such as Odcinek_3D, Element, and Polygon in GeoGebra, suitable for middle school and above students.

GeoGebra Commands & Parameters

  1. Odcinek_3D(D1, D5, D4, D2) → c, d
  2. Odcinek_3D(D1, D2, D5, D4) → e, f
  3. Odcinek_3D(D1, D4, D2, D5) → g, h
  4. Odcinek_3D(D2, D6, D1, D3) → i, j
  5. Odcinek_3D(D2, D3, D6, D1) → k, l
  6. Odcinek_3D(D3, D7, D2, D4) → m, n
  7. Odcinek_3D(D3, D4, D7, D2) → p, q
  8. Odcinek_3D(D4, D8, D3, D1) → s, t
  9. Odcinek_3D(D8, D5, D7, D4) → a_1, b_1
  10. Odcinek_3D(D8, D7, D4, D5) → c_1, d_1
  11. Odcinek_3D(D7, D6, D3, D8) → e_1, f_1
  12. Odcinek_3D(D6, D5, D2, D7) → g_1, h_1
  13. Element(Join[B10], 1) → C10
  14. Element(Join[B10], 2) → D10
  15. Element(Join[B10], 3) → E10
  16. Element(Join[B11], 1) → C11
  17. Element(Join[B11], 2) → D11
  18. Element(Join[B11], 3) → E11
  19. Element(Join[B12], 1) → C12
  20. Element(Join[B12], 2) → D12
  21. Element(Join[B12], 3) → E12
  22. Element(Join[B13], 1) → C13
  23. Element(Join[B13], 2) → D13
  24. Element(Join[B13], 3) → E13
  25. Element(Join[B14], 1) → C14
  26. Element(Join[B14], 2) → D14
  27. Element(Join[B14], 3) → E14
  28. Polygon(F12, F13, F10, F11) → poly1, f12, f13, f10, f11
  29. IloczynSkalarny3D(B14, B15) → C15
  30. IloczynSkalarny3D(B15, C17) → E17
  31. IloczynSkalarny3D(B15, C18) → E18
  32. IloczynSkalarny3D(B15, C19) → E19
  33. IloczynSkalarny3D(B15, C20) → E20
  34. IloczynSkalarny3D(B15, C21) → E21
  35. IloczynSkalarny3D(B15, C22) → E22
  36. IloczynSkalarny3D(B15, C23) → E23
  37. IloczynSkalarny3D(B15, C24) → E24
  38. IloczynSkalarny3D(B15, C25) → E25
  39. IloczynSkalarny3D(B15, C26) → E26
  40. IloczynSkalarny3D(B15, C27) → E27
  41. IloczynSkalarny3D(B15, C28) → E28
  42. If((F17 ≥ 0) ∧ (F17 ≤ 1), F17) → G17
  43. If((F18 ≥ 0) ∧ (F18 ≤ 1), F18) → G18
  44. If((F19 ≥ 0) ∧ (F19 ≤ 1), F19) → G19
  45. If((F20 ≥ 0) ∧ (F20 ≤ 1), F20) → G20
  46. If((F21 ≥ 0) ∧ (F21 ≤ 1), F21) → G21
  47. If((F22 ≥ 0) ∧ (F22 ≤ 1), F22) → G22
  48. If((F23 ≥ 0) ∧ (F23 ≤ 1), F23) → G23
  49. If((F24 ≥ 0) ∧ (F24 ≤ 1), F24) → G24
  50. If((F25 ≥ 0) ∧ (F25 ≤ 1), F25) → G25
  51. If((F26 ≥ 0) ∧ (F26 ≤ 1), F26) → G26
  52. If((F27 ≥ 0) ∧ (F27 ≤ 1), F27) → G27
  53. If((F28 ≥ 0) ∧ (F28 ≤ 1), F28) → G28
  54. RemoveUndefined(list1) → list2
  55. Sequence(Angle[Element[list2, 1], F14, Element[list2, i]], i, 1, Length[list2]) → list3
  56. Sort(list3) → list4
  57. Sequence(Sequence[If[Element[list3, j] ≟ Element[list4, i], Element[list2, j]], j, 1, Length[list2]], i, 1, Length[list4]) → list5
  58. RemoveUndefined(Join[list5]) → list6
  59. Polygon(list6) → wielokąt1, , , ,

AI Drawing Prompt Reference

Draw a rectangular prism and show its different cross-sections at various positions. Start by drawing the vertices of the prism, then draw line segments connecting these vertices to form the edges of the prism. Next, cut the prism at different positions, such as from vertex D1 to vertices D5, D4, and D2, forming a quadrilateral. Repeat this process from other vertices to cut out different cross-sections, ultimately resulting in multiple quadrilaterals to demonstrate the prism's cross-section characteristics.
The prompt above was compiled from the original drawing commands and is for reference only.