Mathematical Methods for Economic Analysis: Fall 2018 ECON186 Course at UCSC, Summaries of Economic Analysis

Information about the mathematical methods for economic analysis course offered by the university of california, santa cruz (ucsc) in fall 2018. The course, taught by jijian fan, covers various mathematical topics essential for graduate-level economic analysis. Topics include functions, set theory, linear algebra, derivatives, optimization, probability and statistics, and differential equations. Students are encouraged to use the text 'fundamental methods of mathematical economics' for coursework.

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UCSC Department of Economics ECON186 Fall 2018
Mathematical Methods for Economic Analysis
Meeting: 1:00p-4:00p, MTWTF, Sept 421 at 192 Engineering 2
Instructor: Jijian Fan (
jifan@ucsc.edu
)
O.H.: 11:00a 12:00p, 405F Engineer 2, or B.A.
Tel.: (831)459-5351 (office)
Website:
http://jfan.sites.ucsc.edu/teaching/econ186/
Key Dates: Midterm: Tuesday, Sept 11. Final: Friday, Sept 21.
About the Course
The course will cover a wide range of material that makes you prepared for the mathematics required
in the economics courses of the Master program. The goal of the course is to review the main topics
required for graduate-level economic analysis, and to ensure that all students entering the Fall quarter
have an adequate level of mathematical preparation. Topics include: functions, basic set theory, linear
algebra, derivatives and differentials, unconstrained and constrained optimization, probability and
statistics, and differential equations.
Lecture Schedule
Date Schedule
Tue Sept 4Introduction and Linear Algebra 1
Wed Sept 5Linear Algebra 2
Thu Sept 6Linear Algebra 3
Fri Sept 7Derivatives and Differentials 1
Mon Sept 10 Derivatives and Differentials 2
Tue Sept 11 Taylor Series & Midterm
Wed Sept 12 Optimization 1
Thu Sept 13 Optimization 2
Fri Sept 14 Optimization 3
Mon Sept 17 Probability& Stats 1
Tue Sept 18 Probability& Stats 2
Wed Sept 19 Probability& Stats 3
Thu Sept 20 Differential Equations
Fri Sept 21 Final Exam
Course Readings
Primary text: Fundamental Methods of Mathematical Economics, 4th Edition, by Chiang and Wainwright.
This text is Master’s or advanced undergraduate level and covers nearly all topics covered in the course.
Much of the material, examples, and homework problems come directly from this text.
Other suggested readings include: Mathematics for Economists, by Simon and Blume. An excellent
text used by many math-camp courses for PhD programs (including ours). Although the material is
presented in a somewhat more complex manner than Chiang and Wainwright, the material is funda-
mentally very similar and in many cases more thorough. Excellent resource for learning more about a
topic.
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UCSC Department of Economics ECON 186 Fall 2018

Mathematical Methods for Economic Analysis

Meeting: 1 : 00 p- 4 : 00 p, MTWTF, Sept 4 – 21 at 192 Engineering 2 Instructor: Jijian Fan ([email protected]) O.H.: 11 : 00 a – 12 : 00 p, 405 F Engineer 2 , or B.A. Tel.: ( 831 ) 459 - 5351 (office) Website: http://jfan.sites.ucsc.edu/teaching/econ186/ Key Dates: Midterm: Tuesday, Sept 11. Final: Friday, Sept 21.

About the Course

The course will cover a wide range of material that makes you prepared for the mathematics required in the economics courses of the Master program. The goal of the course is to review the main topics required for graduate-level economic analysis, and to ensure that all students entering the Fall quarter have an adequate level of mathematical preparation. Topics include: functions, basic set theory, linear algebra, derivatives and differentials, unconstrained and constrained optimization, probability and statistics, and differential equations.

Lecture Schedule

Date Schedule Tue Sept 4 Introduction and Linear Algebra 1 Wed Sept 5 Linear Algebra 2 Thu Sept 6 Linear Algebra 3 Fri Sept 7 Derivatives and Differentials 1 Mon Sept 10 Derivatives and Differentials 2 Tue Sept 11 Taylor Series & Midterm Wed Sept 12 Optimization 1 Thu Sept 13 Optimization 2 Fri Sept 14 Optimization 3 Mon Sept 17 Probability& Stats 1 Tue Sept 18 Probability& Stats 2 Wed Sept 19 Probability& Stats 3 Thu Sept 20 Differential Equations Fri Sept 21 Final Exam

Course Readings

Primary text: Fundamental Methods of Mathematical Economics, 4 th Edition, by Chiang and Wainwright. This text is Master’s or advanced undergraduate level and covers nearly all topics covered in the course. Much of the material, examples, and homework problems come directly from this text. Other suggested readings include: Mathematics for Economists, by Simon and Blume. An excellent text used by many math-camp courses for PhD programs (including ours). Although the material is presented in a somewhat more complex manner than Chiang and Wainwright, the material is funda- mentally very similar and in many cases more thorough. Excellent resource for learning more about a topic.

Mathematical Methods for Economic Analysis 2

Essential Mathematics for Economic Analysis, by Sydsaeter and Hammond. Another excellent advanced- undergraduate text focusing on the mathematical tools needed for economic analysis. Optimization in Economic Theory, by Dixit. This book focuses on optimization and has ample examples of the uses of optimization in economic theory. This is a great supplement to the other texts for optimization, which is a significant part of the course.

Grading Policy and Academic Integrity

Problem Sets - 15 %, Midterm Exam - 35 %, Final Exam - 50 % Attendance is suggested but not required. There will be daily problem sets during the course. Problem sets are due at the beginning of next lecture everyday. Late problem sets will not be accepted. There are 12 problem sets but you will be graded for your highest 10 (which means you have up to 2 chances to skip a homework). Midterm: 2 : 30 p- 4 : 00 p, Tuesday, Sept 11. Comprehensive Final: 1 : 30 p- 4 : 00 p, Friday, Sept 21. Closed-book. Non-programming calculator is allowed. All work submitted for this class must be your own. Collaboration on assignments is encouraged, but the answers you submit must be in your own words and based on your own understanding. Cheat- ing in the exam and copying assignment answers is a violation of university policy. For more informa- tion on academic integrity at UCSC, see the following link: http://www.ucsc.edu/academics/academic- integrity/graduate-students/index.html