Calculus of Several Variables

Call Number 2716

September 7, 1999

TIME OF MEETING:Mon. Tues. Wed. Fri. 10:10-11:05
PLACE:Mon. Wed. Fri. in ES 143; Tues. in BI 152
INSTRUCTOR:W. F. Hammond, ES 137A, phone 442-4625.
Office hours: Tues. 11:15-12:10, Fri. 11:15-12:10 , or by appt.
World Wide Web:
TEXT:Gerald L.Bradley & Karl J.Smith, Multivariable Calculus
Second edition, Prentice-Hall, 1999
PRE-REQUISITE:Math 113 or Math 119 (Calculus II) or BC Advanced Placement, score 4 or 5.


Curves and vectors in the plane, geometry of three-dimensional space, vector functions in three-space, partial derivatives, multiple integrals, line and surface integrals.

This material corresponds to Chapters 10-14 in the text. The Bulletin's description is somewhat simplistic.


The objective of Math 214 is for the student to learn analytic geometry, differential and integral calculus in n-dimensional Euclidean space. The case where n is 1 is covered in first year calculus. This course will place emphasis on the cases where n is 2 or 3.

Furthermore, the successful student's objective will be (1) to understand calculus and (2) to be able not just to know how to solve problems similar to example problems but to be able to figure out how to solve other problems.

The content of the course will be largely defined by the methods used to solve the collection of problems in the assignments.


Final examination100Wed. Dec 22 10:30-12:30
Midterm test50Wed. Oct 20, in class
Weekly tests (10 @ 5 each)50sometimes by surprise
Total weight200


Attendance at class meetings is a requirement for passing the course unless the student has been granted a special exception in advance. Unexcused absence may result in failure or grade reduction. There will be no retrospective excused absences from tests except for compelling emergencies and religious holidays.

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