Fall 2009 Calculus I First Day
Brief Reference Handout (see Blackboard for the complete First Day
Handout)
Math
2313.01 (MWF 12-12:50, TH 116), Math 2313.02 (MWF 11-11:50, TH 112)
Instructor Dr. M. Jean McKemie Office: Andre Hall 206
e-mail: mckemie@stedwards.edu Telephone: 448-8446
Web: http://myweb.stedwards.edu/mckemie
Office hours See webpage above. Or see Blackboard. These are times where you can drop by and ask questions. Don't be afraid to come by and ask a question.
Text: Calculus, concepts and contexts, single variable, third
edition, by James Stewart.
Course Content: Parts of chapters 1 - 5 of the text will be covered. We will cover differential and beginning integral calculus. There is a brief review of functions from several perspectives. Topics include limits, continuity, derivatives, Riemann sums, integrals, the Fundamental Evaluation Theorem, and throughout the course we will study how to apply all of the above to solving problems. We also will see how to use technology (Maple) in our problem solving, as well as more algebraic tecniques.
Course Pre-& Co-requisites:
How to submit HW: You should study All the HW problems, but ONLY those problems marked with * should be neatly written up and submitted. Use standard size paper, stapled or clipped together for multiple pages. Put you name in the upper right corner of the front page. Turn in HW at the front of classroom when you enter the class and sign the attendance sheet. A list of the HW problems for the semester, listed by sections, may be found under Assignments on Blackboard. You must do all the homework to succeed in the class. Some HW may require the use of Maple.
Reading the text: Reading the text is an essential part of the class. To encourage this there are reading quizzes. Most HW assignments contain a reading assignment. On Blackboard you will find a corresponding reading quiz, which must be completed online before class. The quiz will close at the beginning of class time. There are no make-ups on unsubmitted reading quizzes, but the lowest 5 will be dropped.
Workload: Expect to spend at least 6 hours each week outside of classtime working on this course.
Grade:
Three
major exams count 60% of grade (so 20% each)
20-minute Benchmark derivative exam counts 5%
Comprehensive final counts 25%
HW Average counts 7%
Reading quizzes count 3%
Course grades are assigned by 90.0 -100.0 = A, 80.0-89.9 = B, 70.0-79.9 = C, 60.0-69.9 = D, 0-59.9= F.
IMPORTANT NOTE ON GRADING: You are always welcome to contact me if you think an error in your grade has occured, but it is not possible to negotiate a different grading formula than the one described above. It is not possible to turn in extra credit or previously due work after the last class day.
Exam Dates: In class exams are currently scheduled:
Wednesday September 16
Wednesday October 21
Wednesday November 18
Benchmark
Exam: in-class attempt is Wednesday Oct.
14. On the Benchmark exam, you must get 5 of 7 problems totally correct to get credit.
If you do not pass the in-class attempt, more opportunities to pass the
Benchmark exam are possible. You may arrange to take it during my Office
Hours, and there will also be some Friday afternoon or evening periods.
Last day to attempt Benchmark Exam is Monday Nov. 23.
Final Exam-
Attendance: Regular attendance is essential. Students will be thinking about the material in class and taking part in group discussions. Since group work and discussion occur during class, lack of attendance can lower one's grade. Attendance is taken daily, and at the instructor's discretion, a student who misses 5 or more classes may be dropped with the WA grade. However, if you want out of the class, drop yourself before the last drop day- you are encouraged to come chat with me before you do this.
Required materials: The course text and a scientific calculator are required.