The class meets Monday, Wednesday, and Friday from 3:00pm to 3:50pm in GC-271A.
The most commonly used mathematical methods in economics relate to optimization problems, and this course focuses on methods of optimization.
The first part of the course develops some basic mathematical tools of analysis which we will use to solve optimization problems. This covers roughly parts II and III of the text, and may include excerpts from part VI. The second part (part IV of the text) covers classical, calculus-based methods of optimization---Lagrange multipliers and the Kuhn-Tucker theorem. The methods of Lagrange and Kuhn-Tucker have been invaluable in solving many of the problems you will typically encounter in economics (consumer and producer choice, social welfare max, etc.). The remainder of the course covers more advanced topics from Parts VII and V of the text. These include the issue of whether an optimization problem actually has a solution, and a look at economic dynamics. If time, we will look at dynamic optimiation.
- Carl Simon and Lawrence Blume, Mathematics for Economists, W. W. Norton, New York, 1994.
Simon and Blume's book is the main text. I plan to cover Parts II-IV and VII of Simon and Blume, with some excerpts from Part VI. Time permitting, we will then turn our attention to Part V and dynamic models.
You may find this handout on basic optimization helpful: Constrained Optimization Survival Guide.
Office Hours and Contact Info
Regular office hours are 1:00-2:30 on Monday, Wednesday, and Friday. I am also available immediately after class. I will be happy to make an appointment for another time if that is more convenient. My office is DM-311A, my phone number is 348-3287, and my email is <email@example.com>.
Exams and Homework
Grades will be based on two in-class midterm exams (worth 25% each), a final exam (40%), and homework assignments (10%). In addition to being announced in class, homework assignments will be posted on the class web page.
There will be two midterm exams, each worth 25% of your grade, and a final, worth 40% of your grade.
- The first midterm is scheduled for Friday, September 27.
- The second midterm is scheduled for Friday, November 1.
- The final is TBA during finals week (Dec 9-13) in GC-271A.
Here are some previous midterm exams from this course. Note that some questions may not be relevant.
- Exam 1
- Exam 2 (now with answers)
Homework Assignments and Answers
Homework assignments will be listed here when they are made.
Answers will be posted sometime after the homework is collected.
This schedule is subject to change.
|Aug. 26||6: Intro to Linear Algebra (and use in Economics)|
|Aug. 28, 30||7: Linear Systems|
|Sept. 2||Labor Day Holiday (no class)|
|Sept. 4||8: Matrix Algebra|
|Sept. 6||9: Determinants & some of 26: Determinants|
|Sept. 9, 11||10: Euclidean Spaces|
|Sept. 13, 16||11: Linear Independence, Bases|
|Sept. 18, 20-||12: Limits and Open Sets|
|Sept. 23||29: Limits and Compact Sets + Completeness (Chap. 29)|
|Sept. 25||13: Functions of Several Variables + Weierstrass Thm (Chap. 30)|
|Sept. 27||Exam #1 — through Chapter 12|
|Sept. 30, Oct. 2||14: Calculus of Several Variables|
|Oct. 4, 7||15: Implicit Functions and their Derivatives|
|Oct. 9, 11||16: Quadratic Forms and Definite Matrices|
|Oct. 14||17: Unconstrained Optimization|
|Oct. 14, 16||30: Calculus of Several Variables II|
|Oct. 16, 18||18: Constrained Optimization I: First-order Conditions|
|Oct. 21, 23||19: Constrained Optimization II|
|Oct. 25, 28||20: Homogeneous and Homothetic Functions|
|Oct. 30||21: Concave and Quasiconcave Functions I|
|Nov. 1||Exam #2 — Chapters 13-20|
|Nov. 4||21: Concave and Quasiconcave Functions II|
|Nov. 6, 8||22: Economic Applications|
|Nov. 11||Veteran's Day Holiday (no class)|
|Nov. 13, 15, 18, 20||23: Eigenvalues and Eigenvectors|
|Nov. 22, 25||24: Ordinary Differential Equations: Scalar Equations|
|Nov. 27||25: Ordinary Differential Equations: Systems of Equations I|
|Nov. 29||Thanksgiving Holiday (no class)|
|Dec. 2||25: Ordinary Differential Equations: Systems of Equations II|
|Dec. 4, 6||TBA|
|Dec. ??||Final Exam at ?? in GC-271A|