# College Geometry

In the course, geometry content is explored through a problem-based and technology-enhanced approach. Mathematical ideas are learned only through active involvement; lecturing is therefore reduced to a minimum and teaching methodology rests on small group activities, presentations and whole class discussions.

### Note and Remember Please:

- Notify me of your absences
__ahead__by e-mail. No voicemail please. - Work hard from the beginning
as there are
__no extra credit__activities.

## Materials

Symbols
and notation

Axiomatic Systems

Examples of ax. systems

Ants and paths axioms

Finite Geometries

Three-point geometry axioms

Four-line geometry axioms

Euclidean Geometry - Axioms

Euclidean GeometryAxiomatic Systems

Examples of ax. systems

Ants and paths axioms

Finite Geometries

Three-point geometry axioms

Four-line geometry axioms

Euclidean Geometry - Axioms

Euclid's Elements in Java (By D. Joyce)

Euclidean Constructions applets (MTH 362)

Triangle Congruence

Homework due Tue 10/02

Triangle congruence Geogebra book

Interactive ASA and SSS proofs

Triangle congruence activity

Exercises (critique)

Triangle Centers and SImiarity

Orthocenters and Feuerbach Circle activity

Triangle similarity applets

Circles

G-Set explorations

G-Set construction

Five Circle Theorems

Non Euclidean Geometries

Poincare DIsk