Differential Calculus for Economic Analysis is an introductory course in mathematics for economic analysis at the undergraduate level. What makes it different from other differential calculus courses in other fields are (1) the immediate introduction and connection to slopes of curves without necessarily starting from limits (2) the introduction of Python labs to encourage self-checking and self-discovery (3) the early introduction of functions of two or more variables and how to extend the idea of slopes in this context (4) emphasis on applications of calculus actually used in the economics major.
1. Learn to move beyond rote calculations towards understanding the common theme of approximation across different applications.
2. Learn how to map and choose which mathematical ideas would be useful in a specific economic context.
3. Learn how to use symbolic computation in Python and be a self-starter.
4. Learn how to use differential calculus more quickly and more intelligently.
The course slides can be found at https://diffcal.neocities.org.
Period : November 4, 2024 to December 14, 2024, with optional sessions for further immersion
Introductory
To complete this course successfully, you should possess skills in algebra at the level of a high school student. Note that:
1. No prior exposure to calculus is required.
2. No prior exposure to economics is required.
3. You need to be able to understand English as this is the medium of instruction.
4. No prior exposure to Python programming is required.
If you do not possess skills in high school algebra, you may choose to still participate but you may want to reach out for help using the email address found in the Professor Information section of this page.
Average of the grades for all the weekly homework assignments should be greater than or equal to 60%.
Essential Mathematics for Economics Analysis (any edition, main authors include Sydsaeter and Hammond)
Course Number
DCEA01Classes Start
Estimated Effort
7:30
