Appendix C — Syllabus
C.1 Course Basics
- Instructor Office: CMC 321
- Class Location: TBD
- Class Time: TBD
- Drop-In Location: TBD
- Drop-In Time: TBD
Websites
Textbook
Calculus: Early Transcendentals, 9th Edition, by Stewart, Clegg, and Watson.
Prerequisites
Math 101 or Math 111; a score of 4 or 5 on the Calculus AB Exam or a score of 5, 6, or 7 on the Math IB exam; assignment via the Carleton placement exam.
Course description
What we call calculus—the study of smooth change—is fundamental to virtually every subfield of the physical sciences, but also to computer science, statistics, engineering, economics, actuarial science, medicine, and countless other endeavors. Math 120 builds on what you learned in Calculus I and is a prerequisite for Linear Algebra, Probability, Calculus III, and more. Topics include integration methods, improper integrals, differential equations, vectors, partial derivatives, Lagrange multipliers, and iterated integrals. An important aspect of this course involves using software to carry out computations, visualize problems, and communicate ideas. The course will highlight various applications and hold space to reflect on how math relates to the world.
How to succeed
- Pre-read actively and come to class with questions,
- Begin homework immediately after it is assigned,
- Work with each other and work towards building a supportive community,
- Visit my office hours frequently and ask lots of questions!
I have specifically worked to design a course that challenges the ways we think and allows us to grow together. If you need help, or even if you don’t and just have suggestions or thoughts, please come to my office! I promise to treat your problems with respect and to keep any sensitive conversations as confident as I can, but note that (under Title IX) I am a mandatory reporter of sexual misconduct.
C.2 Course Outline
Schedule is subject to change! While the material we learn is building up a coherent and interrelated set of ideas, the primary content evaluated in a particular Midterm corresponds to the Module of the same number (the final Exam corresponds largely to the final Module).
Module 1: Calculus in One Variable
Week 1: Warm-Up
- Monday: How do we think about math? §1.4–1.5, 2.7–2.8
- Concepts from Precalculus
- Calculus and epistemology
- Wednesday: Mathematical illustration §3.1–3.6, 5.2–5.5
- Concepts from Calculus I
- Introduction to SageMath
- Practice Quiz.
- Friday: L’Hôpital’s rule §4.4
Limits of indeterminate form
The power of linearization
Homework 0, Friday at 4 PM
Journal 1, Saturday at midnight
Week 2: Integration
- Monday: Integration by parts. §7.1
- A new perspective on the product rule
- Begin Quiz 1
- Wednesday: Partial fractions. §7.4
- Algebra and integration of rational functions
- Friday: Improper integrals. §7.8
- Infinite domains, discontinuities, and convergence
Materials Due
- Homework 1, Wednesday at 4 PM.
- Quiz 1, Friday at midnight
- Journal 2, Saturday at midnight
Week 3: ODEs and Modeling
- Monday: Differential equations. §9.1
- Quantities and their derivatives
- Initial-value problems
- Begin Quiz 2
- Wednesday: Slope fields & separable equations. §9.2–9.3
- Techniques for solving ODEs
- Friday: Models for population growth. §9.4
- Differential equations and modeling
Materials Due
- Homework 2, Monday at 4 PM
- Quiz 2, Friday at midnight
- Journal 3, Saturday at midnight
Module 2: Geometry of Space
Week 4: Vector Foundations
- Monday: Vectors and dimension. §12.1–-12.2
- Coordinates and directions in 3D
- Wednesday: Dot products. §12.3
- Magnitudes
- Angles, orthogonality, projections
- Friday: Midterm I.
Materials Due
- Homework 3, Monday at 4 PM
- Journal 4, Saturday at midnight
Week 5: Analytic Geometry
- Monday: Cross products. §12.4
- The right-hand rule
- The algebra of vectors
- Wednesday: Lines and planes. §12.5
- Parametric and symmetric forms
- Vector and scalar forms
- Friday: Surfaces and functions in two variables. §12.6, 14.1
- Tracing, level curves, and 3D plots
Materials Due
- Homework 4, Monday at 4 PM
- Journal 5, Saturday at midnight
Week 6: Differential Calculus
- Monday: Midterm break.
- Wednesday: Partial derivatives. §14.3.
- Computing and visualizing
- Friday: Tangent planes. §14.4
- Linear approximations in higher dimensions
Materials Due
- Homework 5, Wednesday at 4 PM
- Journal 6, Saturday at midnight
Module 3: Multi-Variable Calculus
Week 7: Extrema and Critical Values
- Monday: Multivariable chain rule. §14.5
- Composition of functions
- Implicit differentiation
- Wednesday: Directional derivatives and gradients. §14.6
- Change in a specific direction
- Steepest slopes
- Friday: Midterm II.
Materials Due
- Homework 6, Monday at 4 PM
- Journal 7, Saturday at midnight
Week 8: Optimization Problems
- Monday: Second derivative test. §14.7
- Minima, maxima, and saddle points
- Wednesday: Lagrange multipliers. §14.8
- Finding extrema subject to constraints
- Friday: Optimization over regions.
- Lots of examples
Materials Due
- Homework 7, Monday at 4 PM
- Journal 8, Saturday at midnight
Week 9: Integrals in Many Variables
- Monday: Double integrals on rectangular regions. §15.1.
- Definite integrals in several variables
- Begin Quiz 3.
- Wednesday: Double integrals on other regions. §15.2.
- Methods for integration over other shapes
- Friday: Polar coordinates. §10.3
- What are coordinates good for?
Materials Due
- Homework 8, Monday at 4 PM
- Quiz 3, Friday at midnight
- Journal 9, Saturday at midnight
Week 10: Polar Integration
- Monday: Polar integration. §15.3.
- Area in polar form
- Integration in non-Euclidean coordinates
- Wednesday: Review.
- Course evaluations
Materials Due
- Homework 9, Wednesday at 4 PM
Exam Period
Week 11: Final Exam
C.3 Grade Details
Grading
This class will be graded on an A–F scale, as detailed below.
|
A– [90%, 93%) |
A [93%, 100%] |
|
|
B– [80%, 83%) |
B [83%, 87%) |
B+ [87%, 90%) |
|
C– [70%, 73%) |
C [73%, 77%) |
C+ [77%, 80%) |
|
D [60%, 67%) |
D+ [67%, 70%) |
|
|
F [0%, 59%] |
||
I reserve the right to change this distribution, but will only do so in a way that would make your grade better (never worse). In general, a B indicates that you have learned the key concepts of this course and could reliably apply them in the future. An A indicates that you have demonstrated a deeper understanding not only of how to apply ideas but also in communicating and exploring concepts beyond the scope of the course.
Grade breakdown
Final marks for the course will be computed using the following weights.
Community, worth 2% of your grade. There are chances to do this every day—by contributing to discussions, working with others on homework, representing your group after breakouts, and contributing to the Notes. Your presence benefits you, your classmates, and me!
Journaling, done weekly, in total worth 3% of your grade. These are written assignments due at the end of each week that provide space for self-evaluation, chronicling what you’ve learned, synthesizing concepts from previous classes, and providing ongoing course feedback.
Homework, ten assignments, in total worth 20% of your grade. These problem sets allow you to exercise techniques that we have discussed in class and also build experience in mathematical communication. You are encouraged to work in groups! Much of the work of this class will happen in these assignments, where you connect with peers and cement your own knowledge. Turn in homework during class or to the course mailbox. Late Homework is accepted with a penalty, detailed in the Late work policy; Homework that is more than a week late will not be accepted. Your lowest assignment will be dropped in computing your final grade.
Midterm Project (aka, the Great Hypersquare Hunt), worth 20% of your grade. This collaborative project will involve computing the character table invariant for various finite groups, and submitting results in the style of a professional mathematical paper. You will practice summarizing methods of calculation, describing computed results, and proof writing.
Exams, two midterms and a final, in total worth 55% of your grade. The exams are spaces for you to demonstrate the material that you have mastered on your own. If you require additional accommodations for these forms of assessment, let me know well in advance.
C.4 Support and Other Policies
Drop-in hours
These are times that I set aside during my week to be available for you. Just show up! You do not need to make an appointment and you are not annoying me.
Late work
For every day that a Homework assignment is turned in late, the associated grade will be dropped \(\frac{1}{2}\) of a letter grade (e.g., an assignment turned in Wednesday that was due Monday and would have received an A would receive a B). You will have 4 Late Credits to apply to late Homework assignments. Each Late Credit is worth 1 day to turn in an assignment late without penalty: e.g., turning in an assignment due Wednesday on the following Friday would use 2 Late Credits. Late assignments will not be accepted beyond a week after the original deadline, except in explicit cases of extension. As per College policy, Late Credits cannot extend deadlines past the last day of class.
Collaboration and academic integrity
Math is a collaborative activity! Even when we publish a paper alone, mathematicians are part of a sociopolitical fabric animated by our roles in institutions of education, research, and industry. You should work with your classmates to learn this material; you will do this in class! However, you may not copy anyone else’s work. Rather, you must write up your own solutions and give credit to classmates and other collaborators for important insights. Cases of academic dishonesty are taken seriously by the College and I am required to report them.
Large language models and generative AI
I understand the increasing ubiquity of these technologies, but I discourage their use in this course. While I can imagine some applications—helping you experiment with SageMath, for example—I encourage you to always critically reflect on whose labor is being replaced or which relationships lose out when you invoke these tools. If you are interested in thinking about sociological dimensions of automation and mathematical labor, this paper is a good place to start. Remember, I ask you to grapple with complex ideas in this course because we grow from productive struggle.
In general, I view “generational use” of LLMs as inappropriate for this class, while “assistive use” can be appropriate. You may not ask an LLM to solve a problem for you, or ask questions of such a system that you would not ask of a classmate or me. You are welcome to ask me for help debugging code that you wrote, but I will not debug LLM-generated code. Moreover, I ask you to only turn to LLMs towards understanding a homework problem (never on exams or projects) after working with classmates and me. I do not authorize the sharing of my course materials with AI platforms. Lastly, transcription software is not allowed in class except with explicit permission via accommodation request.
Sources of support
You should expect to be challenged in this course! If you are stuck, know that you are following in the footsteps of all who came before you. Here is a list of available resources, some of which will be expanded upon below:
- Your classmates and me!
- The Academic Support Center, Student Health, and the Dean of Students Office.
Student health
Your well-being should be your first priority. It is important to recognize stress you may be facing, which can be personal, emotional, physical, financial, or academic. Sleep, exercise, and building a supportive community are important! Please do not come to class if you are sick—instead, stay in communication with me and other students. If you cannot attend class for an extended period of time, reach out to me on how we can make accommodations for missed material and late work.
Accommodations for students with disabilities
The Office of Accessibility Resources is the campus office that collaborates with students who have disabilities to provide and/or arrange reasonable accommodations. If you have, or think you may have, a disability (e.g., mental health, attentional, learning, autism spectrum disorders, chronic health, traumatic brain injury and concussions, vision, hearing, mobility, or speech impairments), please contact oar@carleton.edu to arrange a confidential discussion regarding equitable access and reasonable accommodations. The College also makes available assistive technologies including audio recording Smartpens, text-to-speech and speech-to-text software, and more.
Personal electronics
There are no restrictions on phones, tablets, laptops, or other electronic equipment in the classroom, provided that said equipment is being used respectively and non-disruptively. Please silence your devices and be mindful of others, especially in discussions or other collaborative contexts.
Title IX
Be aware that all Carleton faculty and staff members, with the exception of Chaplains and SHAC staff, are “responsible employees.” Responsible employees are required to share any information they have regarding incidents of sexual misconduct with the Title IX Coordinator. Carleton’s goal is to ensure community members are aware of all the options available and have access to the resources they need. If you have questions, please contact Carleton’s Title IX Coordinator or visit the Sexual Misconduct Prevention and Response website.
Carleton derives wealth and prestige through its ownership of ancestral homelands of the Wahpekute and Mdewakanton bands of the Dakota Nation and more broadly as an academic institution in the United States. I urge you to support the organizing work of Indigenous peoples seeking liberation through direct action, advocacy, and education.