ma161: Calculus I - f26
(CC BY-SA 4.0) : link
Class Meetings
- Fall 2026 (Aug24 → Dec11)
- MWRF 9:00-9:50AM
- JXJ 3315
- zoom link - passcode ####
Instructor
Daniel Rowe
darowe{at}nmu{dot}edu
I'm an associate professor of mathematics in the Mathematics and Computer Science Department at Northern Michgan University. I've been a mathematics professor for eleven years, and I am very passionate about the praxis of doing mathematics and teaching it. I grew up on a fishing camp in Northwestern Ontario, Canada.
Need Math Help?
- Office Hours
- TBA
- JXJ 2228
- zoom link - passcode 809390
- read our course materials
- study all posted solutions
- re-watch the recorded lectures
- math tutor lab
Class Structure
- hybrid-flexible, in-person, and over zoom
- strive for in-person attendance
- avoid becoming reliant on zoom and recordings
- use them for extenuating circumstances only
- engagement is vital to learning mathematics (or anything)
- I don't take daily attendance, but...
- overall attendance is 5% of your grade
- (20%) Homework
- (5%) Collaborative In-Class Quizzes
- (30%) Tests
- (40%) Final Exam
- (5%) Attendance
Grade Scale
A (92-100%)
A- (90-91%)
B+ (86-89%)
B (82-85%)
B- (80-81%)
C+ (76-79%)
C (72-75%)
C- (70-71%)
D+ (66-69%)
D (62-65%)
D- (60-61%)
F (≤ 59%)
Course Content
This course is an introduction to the basic notions of calculus. The overall goal is to understand the fundamental theorem of calculus, a beautiful interplay between the notions of derivative (i.e. the instantaneous rate of change) of a function, and the integral (i.e. the relative accumulation) of a function. Each of the topics leading up to and including the fundamental theorem of calculus will be explored in detail, including their variety of applications in real-world problems. By the end of the class, students will be comfortable making calculations with, and applying:
- functions of a single variable: including trig, arctrig, exponential, logarithmic
- the limit of function at a point
- derivatives and antiderivatives of functions using all the standard rules
- integrals of functions
- the fundamental theorem of calculus
Tips for Success
- the instructor's job is to ensure the course content is relevant, impactful, clear, organized, and interesting
- your job is to attend as many classes as you can, engage your mind, ask questions, read, and budget (at least) 2-3 focused hours every week
to work on the course content
Academic Honesty
In the spirit of academic honesty, credit for this section is due to Asher Auel, as this is an adapted form of their discussion of academic honesty in mathematics.
- Working with others on mathematics, and using electronic resources is both highly encouraged and fun. You may work with anyone (e.g. classmates, non-classmates, tutors, etc.) If this is done well, you'll learn more effectively and efficiently.
Here's the fundamental rule:
Work with anyone or anything to develop your own personal understanding of the ideas required to solve your homework problem, but always write-up the final draft by yourself and in your own words.
- Writing up the final draft is just as important as figuring out the problems on scratch paper with your friends, using the internet, ChatGPT, etc. If you work with people, or use electronic resources on a particular homework:
You must list your collaborators and electronic sources at the top of the very first page. This makes the process completely transparent and honest.
A Note About Copying Mathematics
Mathematical writing is idiosyncratic; if your assignments are copied, it is quite easy to tell. You will not learn by copying solutions from others, or from external sources such as internet forums (e.g. math.stackexchange) and generative AI (e.g. ChatGPT). Regarding internet forums, you are free to look at them and use any understanding you've gained from them. Be warned that internet forums often contain incorrect or circuitous solutions, misleading discussions, use of techniques outside of the course material, and other material that may be detrimental to your learning process. Even the time that it takes to repeatedly search for solutions and read through dozens of forum posts could be better spent learning the material on your own or composing a question to the instructor or classmate. Regarding generative AI (e.g. ChatGPT), you are free to experiment with asking questions, but be warned that these systems are currently still very bad at deductive reasoning, and that the output may contain a mix of correct, incorrect, and unverified statements. Ask them to prove something false, they will work hard to do so, often giving contradictory answers. Therefore, I would be very careful with using these tools as learning resources on your own.
Punishments
In this modern world of online resources, cheating, copying, copy-and-pasting, ChatGPT, etc.; it is now more important than ever that citizens develop the intelligence to use their own brain to solve problems. I want my classes to be a postive force in this regard, by promoting the principles of academic honesty, and punishing those who disrespect those principles. The first infraction will result in a 0% on the entire assigment and a stern warning. If there is a second infraction, I will pursue sanctions through the Dean of Students office.
Accessibility
If you have a need for disability-related accommodations or services, please inform the Coordinators of Disability Services in the Dean of Students Office at 2001 C. B. Hedgcock Building (906-227-1737 or disability@nmu.edu). Reasonable and effective accommodations and services will be provided to students if requests are made in a timely manner, with appropriate documentation, in accordance with federal, state, and University guidelines.
Reading Materials
Assigned Work
- hw1
- hw2
- hw3
- hw4
- hw5
- hw6
- quiz1
- quiz2
- quiz3
- test1
- test2
- final_exam
Submitting Your Work
- all tests and final exam will be traditional hand-written exams
- everything else must be submitted on-time as a SINGLE .PDF file to a shared google folder titled f26_ma521_lastname_firstname in an organized manner, for example hw1_Jane_Smith.pdf, etc.
- don't submit homework via email attachment
- always show your work and keep it organized
- circle or highlight your answers, if appropriate
- keep the questions in the correct order
Late Submissions
- all tests and final exam are submitted in class
- for shared folder submissions: no late penalty until
the solutions are posted, then -50%
Checking Your Grade
- you can check your grade anytime, look for the google sheet inside our shared folder, it will be updated periodically
Schedule + Recordings
> colored text = clickable links
> late homework may be submitted anytime during the semester
> before the solutions are posted (-0%), otherwise (-50%)
wk1: aug24 → aug28
□ study this webpage and all class information
□ study the lectures
□ start working on hw1
- 8/24
- overview of class structure
- tour of main ideas
- 8/26
- tour of main ideas
- review of functions
- 8/27
- review of functions
- review of trigonometry
- 8/28
- review of exponentials
- review of inverse trig functions
- review of exponentials and logarithms
wk2: aug31 → sept4
□ study the lectures
□ keep working on hw1
- 8/31
- help with hw1
- review of inverse trig functions
- 9/4
- introduction to calculus
- rates of change
wk3: sept7 → sept11
□ study the lectures
- 9/11
- the derivative at a point
- the derivative function
wk4: sept14 → sept18
□ study the lectures
- 9/14
- Newton vs Leibniz notation
- discovering derivative rules:
- (xq)'=qxq-1, etc.
- 9/16
- more examples of (xq)'=qxq-1
- discussion of (ax)'=ln(a)ax
- 9/18
- proof of (ax)'=ln(a)ax
- derivatives of sin(x) and cos(x)
wk5: sept21 → sept26
□ study the lectures
- 9/21
- review of derivative rules so far
- 9/23
- the product rule
- (fg)'=f'g+fg'
- 9/25
- the quotient rule
- the reciprocal rule
- derivatives of tan,cot,sec,csc
wk6: sept28 → oct2
□ study the lectures
- 9/28
- review of the rules so far
- the chain rule
- examples
- 9/30
- implicit derivatives
- derivatives of ln(x), loga(x)
- derivatives of arc trig functions
- 10/2
- the theory of related rates
- examples
wk7: oct5 → oct9
□ study the lectures
wk8: oct12 → oct16
□ study the lectures
- 10/12
- introduction to antiderivatives
- 10/14
- antiderivatives
- physics problems
- intro to the FTC
wk9: oct19 → oct23
□ study the lectures
- 10/23
- Another way to look at the FTC
wk10: oct26 → oct30
□ study the lectures
- 10/28
- the substitution rule
- volumes via integrals
wk11: nov2 → nov6
□ study the lectures
wk12: nov9 → nov13
□ study the lectures
wk13: nov16 → nov20
□ study the lectures
wk14: nov31 → dec4
□ study the lectures
wk15: dec7 → dec11 (FINAL EXAM WEEK)
□ final exam date: TBA
□ traditional in-person exam
□ no electronic devices
□ complete any late homework for 50%