MTH 243 Multivariable Calculus Spring 2014
Section 2 TR 9:30 and Section 3 TR 12:30

  • Text: McCallum,Hughes-Hallett,, Multivariable Calculus, 6th Edition, with WileyPLUS.
  • Online Homework: We will use online homework WileyPLUS.
    See information below.
  • Calculators: A graphing calculator is recommended.
  • Instructor: Barbara Kaskosz, Lippit Hall 202J, 874.4445,
    Office hours: Tue 11-12, Thu 11-12, 2-3.
  • Prerequisites: MTH 142 or equivalent.

The comprehensive Final Exams for our sections are scheduled as follows:

Sec 3 (TR 12:30): Tues, May 6, 11:30-2:30;

Sec 2 (TR 9:30): Thurs, May 8, 8:00-11:00.

Both exams are in Lippitt 204.

Click the picture for a 3D grapher.      

 Click Here for Calendar and Syllabus 

Current Downloads

Check here for current downloads, in particular, class notes (beginning with 13.3).

Class notes:

Sec 13.3, 13.4       Sec 13.4 cont'd, 14.1, 14.2

Sec 14.1, 14.2 cont'd, 14.3       Sec 14.4, 14.5       Sec 14.6, 14.7, 15.1       Sec 15.3

Sec 16.1, 16.2, 16.3       Sec 16.4, 16.5       Sec 17.1 - 17.3       Sec 18.1 - 18.3       Sec 18.4       Quiz 4-Solutions

WileyPLUS Online Homework System

We will be using WileyPLUS online homework system in this course. To sign up for the WileyPLUS system, you will need a WileyPLUS registration code.

If you buy a copy of our textbook at the URI Bookstore, a registration code for WileyPLUS will be included with the book at no additional cost.

If you buy a copy of our textbook somewhere else and it does not include WileyPLUS code, you will need to purchase a WileyPLUS code separately.

The following flyer explains what comes with the registration code. In particular, a code gives you access to the electronic version of the textbook. Thus, buying only a code is a possibilty. The flyer below explains all the options. It also explains how to register for your section of MTH 243 once you have a code:

 WileyPLUS info and registration 

Once you are ready to register, the following tutorial explains the process:

Tutorial on Registration

Exams and Evaluation

There will be two exams during the semester: Exam 1: Thu, Feb 27; Exam 2: Thu, Apr 10, both in class. The final exam is scheduled by the Office of Enrollment Services based on the time your section meets: Final Exam Schedule.

Your grade will be based upon a possible total of 650 points, as follows:

  • Two exams at 150 points each -- 300 points,
  • Final exam -- 200 points,
  • Quizzes and WileyPLUS Homework -- 150 points.

Graphing calculators will be allowed on all quizzes and exams but not other electronic devices. Class attendance will not be taken but you should consider your presence and participation in class to be very important to your learning process and ultimately to your success in this course.

Available Help

MTH 243 is a difficult course and you may need help often. There will be much help available during the semester.

  • Your instructor's office hours: Tue 11-12, Thu 11-12, 2-3, Lippitt 202J.
  • You will find help at the Math and AEC Walk-In Tutoring Center located at the Hiilside Hall classroom: Spring 2014 Tutoring Schedule.


You may find the following applets useful and illuminating. (The applets require Flash Player.)

Course Description

MTH 243 is a demanding course for students in the STEM disciplines. In order to succeed in this course, you will have to work systematically and hard. In this course we will cover the central topics in the calculus of functions of two and three variables as well as elements of vector analysis. This material is of great importance in engineering, physics, chemistry and other STEM disciplines. Take a look at the syllabus for the list of specific topics: Calendar and Syllabus.

Course Goals and Learning Outcomes

During the course you should be able to build proficiency in working with functions of more than one variable as well as vectors and operations on vectors. You will learn about partial and directional derivatives of multivariable functions, gradients, double and triple integrals. You will learn about vector fields and line integrals.


Page last modified: February 5, 2014 Kaskosz Home Math Home