Calculus II

Spring 2001

Other resources

NOTE: Location of this class is CRBL 003, contrary to what the class schedule says.


Instructor: Dr. Art Duval

Please feel free to come by my office any time during scheduled office hours. You are welcome to come at other times, but in that case you might want to make an appointment, just to make sure that I will be there then. You can make an appointment simply by talking to me before or after class, by calling me at my office or at home, or by sending e-mail.

You may also ask any questions directly via phone or e-mail. If I'm not in when you call, please leave a message on the voice-mail or answering machine with your name, number, and a good time for me to call you back. I will try to respond to your phone or e-mail message as soon as possible.

Course Objectives:

Upon successful completion of this course, you will be able to compute and interpret integrals symbolically, numerically, and graphically, and be able to determine which approach is most effective in a given situation. You will be able to compute and use Taylor series and Fourier series. You will be able to solve simple differential equations symbolically, numerically, and graphically.

You will recognize when it is appropriate to use technology, when a purely symbolic approach is more effective, and how to mix the two.

You will be able to set up and solve problems which require understanding and use of integrals, series, and differential equations. You will be able to solve open-ended problems, problems which require written commentary rather than a string of symbols or numbers, and problems for which different answers may be equally correct.


CALCULUS Single and Multivariable, 2nd ed., McCallum, Hughes-Hallet, Gleason, et. al., Chs. 7-10. We will start with a quick review of section 6.2, and we will skip section 8.4. The textbook is required at all class meetings. A Student Solution Manual, consisting of solutions to approximately every other odd problem, and a Student Study Guide, with tips for studying each section, are also available at the bookstore.

Required Reading: Preface: page xi. You may also want to read through the rest of the preface.

More Reading: Read each section that we cover in class, both before and after class. Skim the section before class, even if you don't understand it fully, to have some idea of what we'll be doing in class. Read it more carefully after class to clarify and fill in details you missed in class.

The textbook is written in a way designed to make it easier for you to read and understand than "traditional" textbooks. This doesn't mean that you can read the text as quickly as, say, a history text; you still need to work and do examples on your own. We will be spending some time in class learning how to effectively read a math textbook.

Warning: Sometimes, I will not "cover" all the material from a section, but instead focus on a particular aspect of the section. In such cases, I will point out in class (and at this website) which other parts of the section I expect you to read on your own.


Each student must have a graphing calculator with capabilities equivalent to the TI-85. The calculator is required at all class meetings and exams. Some programs for the TI-85 will made available in class. You may have any programs you wish in your calculators during exams and you may bring your calculator manual to exams. Failure to have certain programs in your calculator may put you at a distinct disadvantage on an exam. If using the TI-85, you should be familiar with the GRAPH, CALC, LIST, PRGM, and SOLVER keys.


Homework (15%):
Individual homework will be assigned most class days and will generally be due at the next class (with exceptions as announced in class). You are allowed to work together on homework (in fact, I encourage you to do so), but the paper you turn in you must write yourself. Homework is due at the beginning of class (9:00 sharp); if you cannot make it to class, arrange to either deliver the homework to me early, or have someone else bring it to class for you. Your two lowest individual homework scores will be dropped.

Some homework may take the form of weeklong group projects and require a single written report. In this case, every group member will receive the same score. Each of these will count as two homework assignments.

There will also be in-class group assignments. These will each count as half a homework assignment, and cannot be made up if you are absent.

We will spend some time in class discussing how to work and learn effectively as a group.

Tests (15% each):
There will be three in-class tests on the following days: Makeup tests can be given only in extraordinary and unavoidable circumstances, and with advance notice. (See also ``Exception'' below.)
Final (40%)
Wed. 9 May, 10:00-12:45 p.m.
Your final exam score will be used in place of your lowest in-class test score, if this increases your overall class average. In particular, if you miss a test, your final exam score will replace it.

Attendance Policy:

On-time attendance at all classes is required. If you have more than two unexcused absences, your overall course grade will be reduced by seven points; more than four, and you will be dropped with an F. Unexcused late arrivals or early departures will count as half an unexcused absence. I will usually excuse an absence if you tell me about it in advance, or, in cases of emergencies, as soon as possible afterwards.

Drop date:

The deadline for student-initiated drops with a W is Mon., 12 Mar. After this date, you can only drop with the Dean's approval, which is granted only under extenuating circumstances.

I hope everyone will complete the course successfully, but if you are having doubts about your progress, I will be happy to discuss your standing in the course to help you decide whether or not to drop. You are only allowed three enrollments in this course, so please exercise the drop option judiciously.