Student topics
| Class # | Topic | Resources |
|---|---|---|
| 11 | Unit Fractions and Division of loaves in the Rhind Papyrus |
Paper 1 Paper 2 |
| 12 | Thales and the Shadow of the Pyramid |
Paper |
| 14 | The Two Earths of Eratosthenes |
Paper |
| 15 | Art and Mathematics: The Platonic Solids |
Paper |
| 15 | Regular Polygons in Ancient Mathematics |
Paper |
| 16 | The Parallel Postulate and its Role in Geometry |
Paper |
| 16 | The Story of the Binomial Theorem |
Paper |
| 17 | Ptolemy's Theorem |
Paper |
| 17 | Gauss and the Discovery of Ceres |
Paper |
| 18 | Diophantus of Alexandria |
Paper |
| 18 | Historical Development of Complex Numbers |
Paper |
| 19 | Curves Before Equations (Ancient through Early 17th Century) |
Paper |
| 19 | Curves by Equations (17th Century on) |
Paper |
| 20 | Right-Angled Triangles in Ancient China |
Paper |
| 21 | Ancient Indian Square Root Algorithms |
Paper |
| 21 | Ancient Chinese Square Root Algorithms |
Paper |
| 22 | Early History of the Isoperimetric Problem |
Paper |
| 22 | Steiner and The Isoperimetric Problem |
Paper |
| 23 | Omar Khayyam: Geometric Algebra and Cubic Equations |
Paper 1 Paper 2 |
| 23 | Ibn al-Haytham and Early Algebra |
Paper |
| 24 | Descartes and the Geometrization of Algebra |
Paper |
| 24 | Pascal and the Invention of Probability Theory |
Paper |
| 25 | The sine anecdote in Kovalevskaya's memoirs |
Paper |
| 25 | The Invention of Analytic Geometry |
Paper |
| 26 | The Origins of the Rule of False Position: From Ahmes to al-Khwarizmi |
Paper |
| 26 | The rule of false position from Fibonacci to Cardano |
Paper |
| 27 | Königsberg Bridges and the Birth of Graph Theory |
Paper |
| 27 | Introduction to Fermat's Last Theorem |
Paper |
| 28 | Analytical Revolution (Sections 4 to 5) |
Paper |
| 28 | Ancient and Early Methods for Tangents (Sections 1 to 3) |
Paper |
Alternative Topics
These topics are available if main topics need to be reassigned or for additional research interests.
| Topic | Resources |
|---|---|
Japanese Temple Geometry |
Paper |
Linkages: Exploring the Similarities Between the Chinese Rod Numeral System and Our Numeral System |
Paper |
The Conceptual Origins of our Numeral System and the Symbolic Form of Algebra |
Paper |
Euler and the Fundamental Theorem of Algebra |
Paper |
Gauss and the Regular Polygon of Seventeen Sides |
Paper |
Hamilton's Discovery of Quaternions |
Paper |
Kepler and Mathematics |
Paper |
The Derivative from Fermat to Weierstrass |
Paper |
The cycloid: history and impact |
Paper |
The Chinese Connection between the Pascal Triangle and the Solution of Numerical Equations of Any Degree |
Paper |
A Brief History of Impossibility |
Paper |
A Hundred Years of Prime Numbers |
Paper |
The Lovelace–De Morgan Mathematical Correspondence |
Paper |
Grassmann and the Birth of Linear Algebra |
Paper |
Geometry |
Paper |
Ideas of Calculus in Islam and India |
Paper |
Levi ben Gerson's Hebrew Mathematics |
Paper |
S. Kovalevsky: A Mathematical Lesson |
Paper |
Discovery of Incommensurability by Hippasus |
Paper |
The Doubling of the Cube: Mechanics and Meaning |
Paper |
The History of the Prime Number Theorem |
Paper |
The Lengths of Curves |
Paper |
The Secret Spiritual History of Calculus |
Paper |
The Unsatisfactory Story of Curvature |
Paper |
Ramanujan's Notebooks |
Paper |
Topology: Nature and Significance |
Paper |