Difference between revisions of "Geometry/Olympiad"
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* [[Incenter/excenter lemma]] | * [[Incenter/excenter lemma]] | ||
* [[Directed angles]] | * [[Directed angles]] | ||
| + | * [[Similar triangles]] | ||
| + | * [[Power of a point theorem]] | ||
* [[Radical axis]] | * [[Radical axis]] | ||
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* [[Ceva's theorem]] | * [[Ceva's theorem]] | ||
* [[Menelaus' theorem]] | * [[Menelaus' theorem]] | ||
Revision as of 09:56, 10 May 2021
An olympiad level study of geometry involves familiarity with intermediate topics to a high level, a multitude of new topics, and a highly developed proof-writing ability.
Contents
Topics
Synthetic geometry
- Cyclic quadrilaterals
- Orthic triangle
- Incenter/excenter lemma
- Directed angles
- Similar triangles
- Power of a point theorem
- Radical axis
- Ceva's theorem
- Menelaus' theorem
- Nine-point circle
- Euler line
- Simson line
- Isogonal conjugates and Isotomic conjugates
- Symmedians
Analytic geometry
Transformations
Miscellaneous
Resources
Books
- Euclidean Geometry In Mathematical Olympiads by Evan Chen
- Geometry Revisited -- A classic.
- Geometry of Complex Numbers by Hans Schwerdtfeger.
- Geometry: A Comprehensive Course by Dan Pedoe.
- Non-Euclidean Geometry by H.S.M. Coxeter.
- Projective Geometry by H.S.M. Coxeter.
See math books for additional texts.
Classes
- The Olympiad Geometry class, an Olympiad level course over geometry.
- The Worldwide Online Olympiad Training (WOOT) Program -- Olympiad training in various subjects including geometry.
