MathPlotAI Logo MathPlotAI

P4 Perimeter Example

P4 Perimeter Example
Loading the math board and drawing, please wait…
2018-11-15 15:20
PolygonTrigonometryCoordinate Geometry
In collections P4 4M1 Perimeter 周界
This example demonstrates how to use GeoGebra to draw and analyze perimeter problems in geometry. It involves core mathematical concepts such as perimeter calculation, geometric transformations, trigonometric function applications, means, area calculation, and parametric curves. The construction highlights commands like Segment, Sequence, and Polygon, along with objects like ShowDots, buttonGridDot, color schemes (e.g., Blue01a, Blue02a), and ListDots. It is suitable for high school mathematics education, focusing on geometric constructions and transformations.

GeoGebra Commands & Parameters

  1. Segment(Blue01a, Blue01b) → Blue01
  2. Segment(Blue02a, Blue02b) → Blue02
  3. Segment(Blue03a, Blue03b) → Blue03
  4. Segment(Blue04a, Blue04b) → Blue04
  5. Segment(Red01a, Red01b) → Red01
  6. Segment(Red02a, Red02b) → Red02
  7. Segment(Red03a, Red03b) → Red03
  8. Segment(Red04a, Red04b) → Red04
  9. Segment(Blue05a, Blue05b) → Blue05
  10. Segment(Red05a, Red05b) → Red05
  11. Segment(Blue06a, Blue06b) → Blue06
  12. Segment(Red06a, Red06b) → Red06
  13. Sequence(Sequence[(s, t), s, 0, 25], t, -5, 13) → ListDots
  14. Segment(Blue07a, Blue07b) → Blue07
  15. Segment(Blue08a, Blue08b) → Blue08
  16. Segment(Blue09a, Blue09b) → Blue09
  17. Segment(Blue10a, Blue10b) → Blue10
  18. Segment(Blue11a, Blue11b) → Blue11
  19. Segment(Blue12a, Blue12b) → Blue12
  20. Segment(Red07a, Red07b) → Red07
  21. Segment(Red08a, Red08b) → Red08
  22. Segment(Red09a, Red09b) → Red09
  23. Segment(Red10a, Red10b) → Red10
  24. Segment(Red11a, Red11b) → Red11
  25. Segment(Red12a, Red12b) → Red12
  26. Segment(Green01a, Green01b) → Green01
  27. Segment(Green02a, Green02b) → Green02
  28. Segment(Green03a, Green03b) → Green03
  29. Segment(Green04a, Green04b) → Green04
  30. Segment(Green05a, Green05b) → Green05
  31. Segment(Green06a, Green06b) → Green06
  32. Segment(Green07a, Green07b) → Green07
  33. Segment(Green08a, Green08b) → Green08
  34. Segment(Green09a, Green09b) → Green09
  35. Segment(Green10a, Green10b) → Green10
  36. Segment(Green11a, Green11b) → Green11
  37. Segment(Green12a, Green12b) → Green12
  38. Segment(Green13a, Green13b) → Green13
  39. Segment(Green14a, Green14b) → Green14
  40. Polygon(VPoly1Fa, VPoly1Fb, VPoly1Fc, VPoly1Fd) → Poly1F, SPoly1Fa, SPoly1Fb, SPoly1Fc, SPoly1Fd
  41. Polygon(VPoly2Fa, VPoly2Fb, VPoly2Fc, VPoly2Fd, VPoly2Fe, VPoly2Ff) → Poly2F, SPoly2Fa, SPoly2Fb, SPoly2Fc, SPoly2Fd, SPoly2Fe, SPoly2Ff
  42. Polygon(VPoly1Ma, VPoly1Mb, VPoly1Mc, VPoly1Md) → Poly1M, SPoly1Ma, SPoly1Mb, SPoly1Mc, SPoly1Md
  43. Polygon(VPoly2Ma, VPoly2Mb, VPoly2Mc, VPoly2Md, VPoly2Me, VPoly2Mf) → Poly2M, SPoly2Ma, SPoly2Mb, SPoly2Mc, SPoly2Md, SPoly2Me, SPoly2Mf

AI Drawing Prompt Reference

Draw a geometric figure composed of multiple blue, red, and green segments forming two polygons. First, draw a series of blue segments, then a series of red segments, and finally a series of green segments. Use these segments to construct two polygons, one with four vertices and the other with six vertices.
The prompt above was compiled from the original drawing commands and is for reference only.