Mathematics and Computer Science

Mat 511 Advanced Topics in Geometry

Instructor: William Truman

 

Course Materials
Textbook(s)
College Geometry a Discovery Approach by David C. Kay
Narrative
The graduate course of Advanced Topics in Geometry differs from the undergraduate course called College Geometry not so much in the content but the philosophy of each course. The undergraduate course is all about writing formal proofs. It is a rigorous course focusing on absolute geometry where each step of the argument is justified by previously proven axioms and theorems. The graduate course also deals with formal proofs; however the focus of this course is to make justification of theorems as visual as possible. The formal proof is the end product of a process of exercises where the student discovers fundamental properties of geometry. In the undergraduate course, a model of the theorem is not required; in some cases a model is undesirable since students tend to rely on the model as justification of the theorem. In the graduate course, we deal with how to select a model to use to illustrate the theorem to be proven. The graduate course deals with properties of good models and how we can encourage students to discover the many principles and phenomena of geometry for themselves. In the graduate course, students, who usually teach geometry in high school, are taught the transition of proof-writing, how to start with proofs that are largely intuitive and go through the process of developing a more formal proof.

In general, the graduate course assumes the student has mastered the proof-writing procedures covered in the undergraduate course in geometry. The purpose of the graduate course is how to go from observation or discovery of a principle to a formal justification.

Course content

Procedures for discovery in geometry
Foundation of geometry (points, lines, segments, angles)
Introduction to writing proofs and modeling
Area axioms and theorems
Incidence axioms and theorems
Metric axioms and theorems
Plane separation axiom
Angle, ruler, and protractor axioms
The Crossbar theorem
Axioms and theorems associated with triangles, quadrilaterals, and circles
Euclidean parallel axiom
Selected advanced topics as time permits

Other Information

Any student with a documented disability needing academic adjustments is requested to speak directly to Disability Support Services and the instructor, as early in the semester (preferably within the first class week) asx possible. All discussions will remain confidential.

This publication is available in alternative formats upon request. Please contact Mary Helen Walker, Disability Support Services, Career Services Center, 521-6270

Updated August 21, 2000 | truman@nat.uncp.edu | Copyright © 2000 The University of North Carolina at Pembroke