Logic, Proofs, Algebra, and Set Theory

MAT2410.01
Course System Home Terms Fall 2017 Logic, Proofs, Algebra, and Set Theory

Course Description

Summary

This introductory course will cover key foundations needed for more advanced mathematics; it should also be of interest to students not primarily studying mathematics. Topics will include symbolic logic and rules of inference; how to write mathematical proofs; the beginnings of abstract algebra, including Boolean algebras; extensions of high school polynomial algebra; and set theory, including the theory of infinite sets. There will be a brief introduction to the successes of Hilbert's formalism program, and its limitations in Gödel's theorems. For students wanting to go on in mathematics, these topics and skills will be fundamental in all advanced mathematics classes. The class should also be of interest to students of philosophy, and to anyone seeking to improve their ability to reason and form clear arguments. No background in mathematics is assumed.

Prerequisites

None.

Please contact the faculty member :

Instructor

  • Andrew McIntyre

Day and Time

Academic Term

Fall 2017

Area of Study

Credits

4

Course Level

2000

Maximum Enrollment

20