Instructor: Jim Wiseman
Office: Buttrick 331
Phone: x6202
Email: jwiseman@agnesscott.edu (I check email much more frequently than voicemail.)
Office hours: Mon 2:00-3:00, Tues 2-3:30, and by appointment.
Course information: Available on Moodle and the course website, http://ecademy.agnesscott.edu/~jwiseman/mat220 .
Required material: McCallum, Hughes-Hallett, Gleason, et al., Multivariable Calculus, 3rd ed., available in the bookstore. You will need to use Maple, available on campus computers, for many of the assignments.
Plan: We'll cover most of chapters 12-18. There's a more detailed schedule at http://ecademy.agnesscott.edu/~jwiseman/mat220/schedule.html, but it's subject to change.
Homework: By now you've probably figured out that working problems is mostly how you learn math. There will be homework assigned nearly every week, due by the beginning of class on Wednesdays. I strongly encourage you to work in groups, but you must write up the results yourself. Assignments will be posted at http://ecademy.agnesscott.edu/~jwiseman/mat220/assignments.html – you are responsible for checking the assignments, as I won't give them in class. You will turn in some of each assignment on Egrade: http://aca-egrade.agnesscott.edu/classes/220AS13/ . On some weeks there may also be a part of the assignment that you will write up and turn in. Some of the assignment you do not need to turn in, but you are responsible for the material - completing only the Egrade assignments is not enough to prepare you for the exams. (Dr. Riddle has a short video demonstration of Egrade at http://math.agnesscott.edu/videos/egrade_demo2.swf , as well as some hints on working with Egrade.)
Proficiency tests: You will need to pass two tests on multivariable calculus proficiency skills on Egrade, one on partial differentiation (chapter 14 material), and the other on multiple integration (chapter 16 material). Each will consist of a small number of problems, and you must get all of them correct. Each test is 5% of your final grade, and no partial credit will be given. You may retake the proficiency tests (with different problems) as many times as necessary. These must be completed by hand without help from any technology, websites, or other people.
Honor code and group work: All students are expected to follow the honor code throughout the semester; all exams and assignments should be pledged.
I strongly encourage you to work on the homework in groups. I suggest that you work on the problems by yourself first, making a note of anything giving you trouble; then meet with your group and work through the remaining problems together; and finally write up and submit the solutions by yourself. Every group member must submit her own solutions independently; just copying the group's answers is plagiarism and is unacceptable.
Getting help: As Talking Barbie says, "Math class is tough." (Unless she's the hacked version - then she says, "Eat lead, Cobra.") Chances are that sooner or later you'll get stuck on something, so don't get frustrated. Think hard, and if you're still stuck, do something else for a while. (It's amazing how often that works.)
My office hours are above - these are times when I'm guaranteed to be in my office and willing to talk. If you want to see me at other times, the best thing to do is to set up an appointment with me by email or after class. Of course, you're welcome to just drop by my office, as long as you don't mind if I'm not there or don't have time to talk.
Finally, I can't emphasize enough that your classmates are your best source of help.
Course goals:
- Learn the tools and techniques of multivariable calculus, and their application in both mathematical and scientific contexts
- Understand the development of differentiation and integration of functions of several variables
- Develop an intuition for the geometry and properties of curves and surfaces
- Enhance your analytic (problem solving) skills, your ability to think abstractly and to analyze critically, and your computational (algebraic) skills
- Be able to use computer software as a computational tool for understanding and solving problems in multivariable calculus and its applications
- Learn to communicate mathematics effectively, both orally and in writing
Dates and deadlines:
- First exam: Mon., 2/18, in class.
- Partial differentiation proficiency test: due by 5:00 Fri., 3/8.
- Second exam: Wed., 3/27, in class.
- Multiple integration proficiency test: due by 5:00 Fri., 4/19.
- Final exam: self-scheduled.
Late work: Late work won't be accepted, and you won't be allowed to make up missed exams, except under very exceptional circumstances (e.g., the sasquatch attacks - and even then you should get a note from the sasquatch). In the case of a conflict that you absolutely can't resolve (for example, a religious holiday), you may arrange to take a midterm exam early.
Attendance: I expect you to be at every class, on time. However, tardiness or absence will have no (direct) effect on your grade (unless of course you miss a midterm).
Cell phones: Cell phone use (including texting) is of course not permitted in class. Turn off cell phones, smart phones, etc., before class.
Course evaluation: Your feedback on the course is extremely valuable to me, the math department, and the administration. In particular, I take your comments very seriously and use them to improve the course the next time I teach it. You are responsible for completing an evaluation of the course at the end of the semester.