Math 51 Fall 2015


Contents

Linear Algebra and Multivariable Calculus are two of the
most
widely used mathematical tools across all scientific disciplines. This
course seeks to develop background in both and highlight the ways in
which multivariable calculus can be naturally understood in terms of
linear algebra.
This course assumes a strong understanding of
differential calculus of one variable, as taught in the Math 4142
series (or equivalent). For the linear algebra portion, we will start
from the beginning and build up all concepts in lectures. However,
this course is packed with information and moves very
quickly. Students who are somewhat unsure of their mathematics
background may want to consider courses in the 40 series. In
particular, students missing the equivalent of Math 42 may find the
portions of Math 51 that demand deeper conceptual understanding to be
more difficult than those who have the experience of a full year of
collegelevel calculus. (Students having quite a lot of experience
with mathematical proof and who are looking for a more theoretical
course may want to try Math 51H.)
For a detailed syllabus see
the Syllabus page.
This quarter we are offering two options for the inclass format, which you choose by way of your Axess lecture registration: an "activelearning" (sometimes called "flipped") classroom style, or a more traditional lecture format. Either option involves the same calendar of topics (syllabus), the same exams, and the same weekly written homework assignments, but the weight carried by weekly homework on your course grade is heavier in the second option. Detailed information about these options is available on the active learning page.

Math 51 students attend lectures on MWF and discussion sections on TTh.
The first step is to enroll in a MWF lecture on Axess. Consult the active learning page to determine which type of lecture you prefer and make sure you enroll in a section that will be taught in that format.
The second step is to enroll in a
TTh section corresponding to your particular lecture in Coursework. Note that there are two sites on coursework. One is for the traditional lecture (F15MATH5104), the other is for the active learning lectures.
Please note that you will only receive credit for work turned into your discussion section leader,
so make sure you select an appropriate section.
You will be
able to join discussion sections by the first day of lectures.
After logging into Coursework, select your
Sp15MATH51 site. (You will automatically be a member as long as you've been registered for a lecture via Axess for about 24 hours.) Select the
Section Info page on the Math 51 site and join one of the sections with
space available.
A complete list of lecture/discussion section correspondences may be found here.

The textbook is a special combined edition of Levandosky's Linear
Algebra Book and parts of Colley's Vector Calculus.
Hardcopy versions of the text should be available at the campus bookstore.
An electronic version is also available. If you are interested in one, read these instructions and then go to the publisher's site.
Calculators are neither required
nor recommended for Math 51. 
There will be two midterm exams and a final
exam. Please
check the exams page for dates, policies, and previous exams.

There will be
weekly homework assignments.
Please
see the homework policy for more
information.

Your grade will be based on the following components:
 Homework: 16%
 Total points earned on all exams, divided by total points possible: 84%
Points available on exams: The total points available on the exams will be in approximate proportion 2:2:3. That is, the first and second midterm exams will have approximately equal numbers of total points available, and the number of points available on the final exam will be approximately 1.5 times those available on a single midterm exam.

You are encouraged to attend the office
hours provided by the
instructors and teaching assistants. You
may attend the office hours of any teaching staff member, and no appointment is ever necessary. 

