Mathematics and Statistics Organizations
- - American Mathematical Society
- - Canadian Mathematical Society
- - Mathematical Association of America
- - A service of the AMS.
- - National Council of Teachers of Mathematics
- - The Netlib Repository at the University of Tennessee at Knoxville and Oak Ridge National Laboratory is a collection of mathematical software (particularly FORTRAN libraries), papers, and databases.
- - National Science Foundation Home Page contains information and publications including electronic or printed copies of the NSF telephone directory, abstracts of awards made since 1989, and many NSF publications.
Where you can find open-source math texts and resources:
Open-source texts that have been or are being used by some instructors in our department.
(Note: Not all instructors who teach the following classes have used or are using these texts. Please check with your instructor to see what text (and edition) is being used for the class/section you are in)
MATH 1108, Intermediate Algebra
- (OpenStax)
MATH 1123, Math In Modern Society
MATH 1143, College Algebra
- (OpenStax)
MATH 1144, Trigonometry
- (OpenStax)
- (OpenStax)
MATH 1147, Precalculus
- (OpenStax)
- (OpenStax)
MATH 1153/1153P, Statistical Reasoning
- (OpenStax)
MATH 1170, Calculus I
- (OpenStax)
- (OpenStax)
- (OpenStax)
MATH 1187, Applied Discret Mathematics
MATH 2275, Calculus III
- by Michael Corral
MATH 2287, Foundations of Mathematics
- (text), by Richard Hammack (recommended for students taking this course)
MATH 3326, Elementary Analysis
- , by Jiri Lebl
- , by William F. Trench, Digital Commons @ Trinity
MATH 3352, Introduction to Probability
- , by Grinstead & Snell
MATH 3360, Differential Equations
- , by William F. Trench, Digital Commons, Trinity University
MATH 3362, Introduction to Complex Variables
- , by Beck/Marchesi/Pixton/Sabalka
MATH 4407/5507 & 4408/5508, Modern Algebra I & II
- , by Thomas W. Judson
MATH 4421/5521 & 4422/5522, Advanced Engineering Math I & II
- by Erwin Kreyszig
MATH 4423/5523 & 4424/5524, Intro to Real Analysis I & II
- by Jiri Lebl