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Ballentine / Jones / Mitchell

Math Affinity Puzzles

Medium: Buch
ISBN: 978-1-032-98650-0
Verlag: Taylor & Francis Ltd
Erscheinungstermin: 15.06.2026
vorbestellbar, Erscheinungstermin ca. Juni 2026

Math Affinity Puzzles highlights the patterns and relationships that appear throughout mathematics. Rather than treating mathematics as a collection of separate topics or isolated courses, the puzzles here look beyond boundaries to discover links among different areas of knowledge.

The book uses analogies to explore connections between mathematical terms and concepts, where solving a puzzle requires unraveling the relationships between the mathematical ideas. Solving this kind of mathematical puzzle is thus not about assessing understanding, but deepening it, making the connections, and having fun doing it.

Each puzzle is followed by a short description and further discussion, touching on the different choices while going more deeply into historical or other aspects of the relationships. In some cases, there may be multiple relationships present and the suggested answer is one of many.

The puzzles in this book can be enjoyed on their own or as supplements in a course setting. The authors have used them in calculus and upper-level classes as homework assignments and for in-class discussions, offering opportunities for noncomputational critical thinking, speaking, and writing about mathematics. Regardless of their use, the puzzles will deepen the reader’s understanding and appreciation of the relationships among mathematical ideas.


Produkteigenschaften


  • Artikelnummer: 9781032986500
  • Medium: Buch
  • ISBN: 978-1-032-98650-0
  • Verlag: Taylor & Francis Ltd
  • Erscheinungstermin: 15.06.2026
  • Sprache(n): Englisch
  • Auflage: 1. Auflage 2026
  • Serie: AK Peters/CRC Recreational Mathematics Series
  • Produktform: Kartoniert
  • Gewicht: 550 g
  • Seiten: 298
  • Format (B x H): 156 x 234 mm
  • Ausgabetyp: Kein, Unbekannt
Autoren/Hrsg.

Autoren

Part 1: Precalculus 1. Integers: Rational Numbers 2. Circle: Center and Radius 3. 3 ¿ ¿7: 3 1¿7 4. y = logb x: x = by 5. Even-Degree Polynomial: Horizontal Line Test 6. Nonorigin Point in the Plane: Polar Coordinates (r, ¿ ) with 0 ¿ ¿ < 2¿ 7. am: am¿n 8. x = 0: log10 x 9. Degree of a Polynomial: Number of Real Roots 10. ex: ln x 11. Complex Numbers: Real Numbers 12. x2+1 : x = 1 13. y = arctan(x) + 3: y = arctan(x) 14. ¿ab: ¿äb 15. Positive Integers: Prime Numbers and Composite Numbers 16. Polynomial Function: Asymptote 17. x2 = x: x = 1 18. Circle: Ellipse 19. (A ¿ B) ¿ (A ¿ C): A ¿ (B ¿ C) 20. log2 x: ln x 21. tan x: cot x 22. Function: Symmetric about the x-axis Part 2: Calculus 23. Rolle's Theorem: Mean Value Theorem 24. y = cos x: y ¿ 1 = ¿3¿ 2 (x ¿ ¿ ) 25. Riemann Sum: Definite Integral 26. Critical Point: Local Extremum 27. limx¿¿ sin x: sin x 28. Marginal Cost: Total Cost 29. limx¿0 cos x: L'Hôpital's Rule 30. Differentiable : Continuous 31. Maclaurin Series : Taylor Series 32. Concave-Up Function : Minimum 33. Definite Integral : Area 34. Factorials : Polynomials 35. Addition : Arithmetic Sequence 36. 1: ln x 37. Velocity: Position 38. Taylor Polynomials: Smooth Function 39. Chain Rule: Integration by u-substitution 40. Improper Integral: Definite Integrals 41. Everywhere-Zero Derivative: Differentiable Function 42. f (xx) ¿f (a): f ¿(a) 43. ¿ 3 2 n: 3 44. Intermediate Value Theorem: |x| on the Interval [¿2, 1] Part 3: Postcalculus 45. Dot Product: Orthogonal Vectors 46. ¿¿2f 47. Gradient: Level Curve 48. ¿¿2f ¿¿2f ¿ ¿ ¿¿2f 49. Three Distinct Points: Plane in R3 50. Gradient: Directional Derivative 51. Concavity: Euler's Method 52. Separation of Variables: Homogeneous Differential Equation 53. Switching Two Rows: Determinant 54. Matrix: Reduced Row Echelon Form 55. Eigenvalue: Eigenvector 56. Determinant: Rank 57. Matrix Multiplication: Square Matrices 58. Permutations: Determinant 59. Event: Sample Space 60. Successive, Independent Coin Flips: Probability of Heads 61. Cumulative Distribution Function: Probability Density Function 62. Geometric Distribution: Exponential Distribution 63. Eulerian Path: Graph 64. Tree: Cycle 65. Bipartite Graph: Three-Colorable 66. Planar Graph: K5 Subgraph