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Multiplication II

Multiplication II
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2015-02-19 09:32
FunctionCalculusProbability & Statistics
This example demonstrates the basic concept of multiplication. It involves mathematical concepts such as multiplication, statistical characteristics, pie charts or circle charts, exponential functions, and integral calculus. Using GeoGebra commands like Textfield, Max, Segment, etc., the construction of multiplication geometric figures is achieved. Suitable for students from junior high school and above to learn about multiplication and related concepts.

GeoGebra Commands & Parameters

  1. Textfield(number_{multiplier}) → input_{multiplier}
  2. Textfield(number_{multiplicand}) → input_{multiplicand}
  3. Max({number_{multiplier}, (-number_{multiplier}), number_{multiplicand}, number_{multiplicand}, number_{product}, (-number_{product})}) → max
  4. Segment(Unit, Factor) → s_1
  5. Segment(Multiplicand, Product) → PCV
  6. Segment((0, 0), Unit) → h_1
  7. Segment((0, 0), Multiplicand) → h_2
  8. Segment((0, 0), Factor) → h_3
  9. Segment((0, 0), Product) → h_4
  10. Textfield(number_{multiplier}) → Mltplr
  11. Textfield(number_{multiplicand}) → Mltplcnd
  12. Textfield(number_{multiplier}) → input_2
  13. Textfield(number_{multiplicand}) → input_1
  14. Textfield(number_{multiplier}) → inputBox1_1
  15. Textfield(number_{multiplicand}) → inputBox2_1
  16. Textfield(number_{multiplier}) → input_5
  17. Textfield(number_{multiplicand}) → input_3
  18. Textfield(number_{multiplier}) → inputBox1_2
  19. Textfield(number_{multiplicand}) → inputBox2_2
  20. Textfield(number_{multiplier}) → input_6
  21. Textfield(number_{multiplicand}) → input_4
  22. Textfield(number_{multiplier}) → inputBox1_3
  23. Textfield(number_{multiplicand}) → inputBox2_3
  24. Textfield(number_{multiplier}) → input_9
  25. Textfield(number_{multiplicand}) → input_7
  26. Textfield(number_{multiplier}) → inputBox1_4
  27. Textfield(number_{multiplicand}) → inputBox2_4
  28. Textfield(number_{multiplier}) → input_{10}
  29. Textfield(number_{multiplicand}) → input_8
  30. Textfield(number_{multiplier}) → inputBox1_5
  31. Textfield(number_{multiplicand}) → inputBox2_5
  32. Midpoint(s_1) → A
  33. Point(h_1) → C
  34. Circle(Factor, C, Multiplicand) → c
  35. LineBisector(s_1) → b
  36. Intersect(h_1, h_3) → E
  37. Angle(s_1, b) → β
  38. Segment(Multiplicand, Unit) → a
  39. LineBisector(a) → d
  40. Angle(a, d) → α
  41. Intersect(b, d) → B
  42. Polygon(Product, Multiplicand, E) → poly1, e, product, multiplicand
  43. Polygon(E, Factor, Unit) → poly2, unit, e_1, factor

AI Drawing Prompt Reference

Draw a multiplication geometric figure with two multipliers and their product. First, draw two line segments for the multipliers, then draw a line segment for their product. Next, draw a circle with its center on the first multiplier line segment and a radius equal to the second multiplier line segment. Then, draw two angle bisectors, intersecting with the angle bisectors of the two multiplier line segments. Finally, use the product line segment, the two multiplier line segments, and the intersection points to draw two triangles.
The prompt above was compiled from the original drawing commands and is for reference only.