Geogebra und CAS

Michael Schweitzer, Apr 21, 2015


  • 1. Dreieck
  • 2. Tangram Puzzle
  • 3. Satz von Pythagoras
  • 4. 1.5 Rectangle
  • 5. 1.7 Equilateral triangle
  • 6. 1.9 Isosceles triangle
  • 7. 2.1 Square
  • 8. 2.2 Hexagon
  • 9. 2.3 Circumcircle
  • 10. 2.4 Thales
  • 11. 2.5 Tangents
  • 12. 2.6 .7 .8
  • 13. 3.1 Parameters of Linear Equations
  • 14. 3.2 Absolute Values
  • 15. 3.3 Superposition
  • 16. 3.4 Slope
  • 17. 4.3 Symetry
  • 18. 4.4 Resizing Reflection
  • 19. 4.5 Properties of Reflections
  • 20. 4.6 Translating Pictures
  • 21. 4.7 Rotating Polygone
  • 22. 5.1 Reflected Points
  • 23. 5.2 Reflected Points
  • 24. 5.3 System of linear equations
  • 25. 5.3.1 System of linear equations
  • 26. 5.4 Angle Sum
  • 27. 5.5 Slope Triangle
  • 28. 5.6 Attaching
  • 29. 5.7 Mod3 Clock
  • 30. 5.8 Binominal
  • 31. 6.2 Lower and Upper Sum
  • 32. 6.3 Dynamic Worksheet
  • 33. 6.5 Tangram Puzzle
  • 34. 7.1 Satz von Pythagoras
  • 35. 7.2 Tool Altitude
  • 36. 7.4 Square Tool
  • 37. 7.5 Fibonacci
  • 38. 7.6 Center_Circle_Solution
  • 39. 8.3 Addition
  • 40. 8.4 Sierpinski Triangle
  • 41. 8.5 Natural Numbers
  • 42. 8.5 Sequences
  • 43. 8.7 Bezier Curves
  • 44. 9.2 Record to Spreadsheet
  • 45. 9.3 Linear Equation
  • 46. 9.4 Pattern
  • 47. 9.5 Best fit
  • 48. 10.1.2.3
  • 49. 10.4 Intersecting Polynomial Functions
  • 50. 10.5 Solving Equations
  • 51. 10.6 System of Equations
  • 52. 10.7 Matrices
  • 53. 3D_5
  • 54. 3D_4
  • 55. 3D_3
  • 56. 3D_2

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Dreieck

Constructing a Triangle

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– Michael Schweitzer

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