Gathering Like Terms Cards

Gathering Like Terms Cards
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2018-01-31 15:42
This example uses card format to demonstrate the process of gathering like terms. Key mathematical concepts include algebraic term consolidation. Commands such as Sequence, RandomElement, and Simplify are used to generate and simplify random polynomial expressions. Suitable for middle school and above students to learn basic algebra concepts.

GeoGebra Commands & Parameters

  1. Sequence(Segment[(0, n), (18, n)], n, 0, 24, 4) → L1
  2. Sequence(Segment[(n, 0), (n, 24)], n, 0, 18, 6) → L
  3. RandomElement(listxsq) → a
  4. RandomElement(listxsq) → b
  5. RandomElement(listxsq) → d
  6. RandomElement(listxsq) → e
  7. RandomElement(listxsq) → c
  8. Simplify((a * x)) → f
  9. RandomElement(listxsq) → k
  10. RandomElement(listxsq) → l
  11. RandomElement(listxsq) → m
  12. RandomElement(listxsq) → n
  13. RandomElement(listxsq) → o
  14. RandomElement(listxsq) → p
  15. RandomElement(listxsq) → q
  16. RandomElement(listxsq) → r
  17. RandomElement(listxsq) → s
  18. RandomElement(listxsq) → t
  19. RandomElement(listxsq) → u
  20. RandomElement(listxsq) → v
  21. RandomElement(listxsq) → w
  22. Simplify((b * x)) → f2
  23. Simplify((c * x)) → f3
  24. Simplify((d * x)) → f4
  25. Simplify((e * x)) → f5
  26. Simplify((k * x^(2))) → g
  27. Simplify((l * x^(2))) → g2
  28. Simplify((m * x^(2))) → g3
  29. Simplify((n * x^(2))) → g4
  30. Simplify(((o * x) * y)) → h
  31. Simplify(((p * x) * y)) → h2
  32. Simplify(((q * x) * y)) → h3
  33. Simplify(((r * x^(2)) * y)) → i
  34. Simplify(((s * x^(2)) * y)) → i2
  35. Simplify(((t * x^(2)) * y)) → i3