Schedule
Listed below are deadlines for the semester. Generally, the problems listed under a date should be solved before that date. Problems for the first 10 weeks are roughly grouped by topic; it's up to you identify the topic. Finding the theme might help you solve problems, but don't let it keep you from being creative (one person's calculus problem might be another person's geometry problem). Notes and other information about the problems will be added as issues arise. Note that the future is uncertain and subject to change.
 8/31: Discuss the syllabus and work on some practice problems:
 9/7: Read an example of a math autobiography and solve all the following problems. Prepare your favorite 6 for presentation.
 9/14: Turn in your math autobiography (due 9/17 by email) and solve all the following problems. Prepare your favorite 6 for presentation.
 9/21: Solve all the following problems and prepare your favorite 6 for presentation.
 9/28: Solve all the following problems and prepare your favorite 6 for presentation.
 10/5: Solve all the following problems and prepare your favorite 6 for presentation.
 10/12: Practice exam (takehome open 10/1216). Solve all the following problems and prepare your favorite 6 for presentation.
 10/19: Write a midterm assessment of your work so far (due Friday 10/22). Solve all the following problems and prepare your favorite 6 for presentation.
 10/26: Solve all the following problems and prepare your favorite 6 for presentation.
 11/2: The remaining problems on the exams come from assorted advanced topics (abstract algebra, real anaysis, complex analysis, topology, etc.). Solve as many as you can and prepare your favorite 4 to present:
 11/9: Problems 115 of GRE 9799.

11/16: Problems 1625 of GRE 9799 and start to prepare for final presentations:
 Submit a proposal of 6 problems you might like to present to the faculty (due 11/24)
 The problems may come from GRE 0568, GRE 9367, or GRE 9768.
 Plan to present the problems as if they aren't multiple choice and choose accordingly.
 Find problems that will allow you to show off your math skills (not too easy, but something you understand fully).
 11/23: Problems 2635 of GRE 9799.
 11/30: Practice exam (spend 1 hour 11/2430). Present/discuss problems from the practice exam in class. Also read and discuss an example of a mathematical reflection.
 12/710: Final presentations.

Saturday, December 11, 9:3012:00 in Jepson 007: Major Field Test in Mathematics.
 The exam consists of 2 onehour sections with the opportunity for a break between sections. Bring a snack.
 No calculators or outside materials are allowed.
 Bring a pencil for scratchwork.
 Short description of the MFT (page 2 is the more interesting part).
 Official practice problems.
 Proctor Manual for the MFT.
 Start here: http://etsreadiness.ets.org/
 12/14: Turn in your reflection/connections essay.
 12/1617: Turn in your final assessment and meet with Dr. Axon to negotiate a grade.
Links and Resources
 Geogebra
 Desmos
 CoCalc
 WolframAlpha
 Paul's Notes
 Dr. Shultis' Calc II Notes
 Dr. Shultis' Calc III Notes
 Dr. Shultis' Linear Algebra Notes
 Dr. Beezer's Linear Algebra Book
 Grinstead and Snell's Introduction to Probability
 Virtual Labs in Probability and Statistics
 Open Textbooks in Math
 U. Chicago GRE prep
 2017 edition of the class
 2014 edition of the class
 Presentation rubric (.tex)
 Practice exam 1
 Practice exam 2
 Syllabus
 Writing assignments
Videos
 Odd and even functions
 Mean value theorem intro
 More on the MVT
 GRE 8767 #56
 GRE 1268 #56
 Power series review
 Finding areas between curves and volumes of solids of revolution
Office hours (in person by default, virtual by request)
 Monday 1112
 Tuesday 910 in the Math Learning Center and 12:401:40
 Wednesday 1112
Friday 1112 Or by appointment
Logan Axon
Department of Mathematics
MSC 2615
Gonzaga University
Spokane, WA 99258
Office: Herak 307A
Phone: 509.313.3897
Email: axon@gonzaga.edu
Last updated 11/16/2021