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Temperature vs. Time - Multiplication - Sim to Sim - Non 2

Temperature vs. Time - Multiplication - Sim to Sim - Non 2
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2018-05-22 02:32
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① This interactive GeoGebra example demonstrates how temperature changes over time under a multiplicative model, using similarity transformations to compare different simulation curves (Sim to Sim). ② Core mathematical concepts include multiplication functions, similarity transformations, curve sketching, logarithmic functions, confidence intervals, and set theory elements, enabling multi-variable interaction. ③ Construction highlights: uses commands such as Polygon, Segment, and If to build shapes and conditional logic; employs Textfield and multiple InputBoxes (InputBox1 to InputBox6) for user-defined parameters like rate and hrate; objects include polygons (poly1), functions (f, g, h, i, j), points (A, B, C, D, E, F), and range limits (cmax, cmin) to control output. ④ Suitable for high school to early college students, this resource supports exploration of multiplicative models and similarity in temperature simulation, and serves as a dynamic tool for math modeling or function graphing lessons.

GeoGebra Commands & Parameters

  1. Polygon(A, B, 4) → poly1, f, g, h, i, C, D
  2. Textfield(cmin) → InputBox1
  3. Textfield(cmax) → InputBox2
  4. Textfield(a) → InputBox3
  5. Textfield(outputmin) → InputBox4
  6. Textfield(outputmax) → InputBox5
  7. Textfield(p) → InputBox6
  8. Segment(E, F) → j
  9. Textfield(a) → InputBox3_1
  10. Textfield(outputmin) → InputBox4_1
  11. Textfield(outputmax) → InputBox5_1
  12. Segment(E_1, F_1) → j_1
  13. Polygon(A_1, B_1, 4) → poly1_1, f_1, g_1, h_1, i_1, C_1, D_1
  14. Textfield(a) → InputBox3_2
  15. Textfield(outputmin) → InputBox4_2
  16. Textfield(outputmax) → InputBox5_2
  17. Textfield(a) → InputBox3_3
  18. Textfield(outputmin) → InputBox4_3
  19. Textfield(outputmax) → InputBox5_3
  20. Textfield(a) → InputBox3_4
  21. Textfield(outputmin) → InputBox4_4
  22. Textfield(outputmax) → InputBox5_4
  23. Textfield(a) → InputBox3_5
  24. Textfield(outputmin) → InputBox4_5
  25. Textfield(outputmax) → InputBox5_5
  26. Textfield(a) → InputBox3_6
  27. Textfield(outputmin) → InputBox4_6
  28. Textfield(outputmax) → InputBox5_6
  29. Textfield(a) → InputBox3_7
  30. Textfield(outputmin) → InputBox4_7
  31. Textfield(outputmax) → InputBox5_7
  32. If(ZeroToOne < 94 / 256, 255, 94 / 256 ≤ ZeroToOne ≤ 210 / 256, ((-2.198 * (ZeroTo256 - 210))) / 256, ZeroToOne > 210 / 256, 0) → blue
  33. If(ZeroToOne < 37 / 256, 0, 37 / 256 ≤ ZeroToOne ≤ 179 / 256, (48.845 * (ZeroTo256 - 37)^(1 / 3) / 256), ZeroToOne > 179 / 256, 1) → red
  34. If(ZeroToOneTwo < 94 / 256, 255, 94 / 256 ≤ ZeroToOneTwo ≤ 210 / 256, ((-2.198 * (ZeroTo256Two - 210))) / 256, ZeroToOneTwo > 210 / 256, 0) → blue2
  35. If(ZeroToOneTwo < 37 / 256, 0, 37 / 256 ≤ ZeroToOneTwo ≤ 179 / 256, (48.845 * (ZeroTo256Two - 37)^(1 / 3) / 256), ZeroToOneTwo > 179 / 256, 1) → red2
  36. Textfield(rate) → InputBox7
  37. Segment(E_2, F_2) → k
  38. Segment(E_2, H) → l

AI Drawing Prompt Reference

Create a graph demonstrating temperature changes over time under a multiplicative model with multiple similarity-transformed simulation curves. Use polygons, segments, and conditional logic to construct shapes, sliders to control parameters like rate and range, and different colors to distinguish confidence intervals, suitable for exploring multiplicative models and similarity in temperature simulation.
The prompt above was compiled from the original drawing commands and is for reference only.