MATH 51 - Winter 2006
Linear Algebra and Differential Calculus of Several Variables

| Announcements and Dates | General Info | Schedule |
| TA Sections | Matlab | Homework | Further Reading |
| Tips and Advice | Handouts | Coursework |
| Discussion Forums |

Announcements & Dates

Announcements

  • Some practice finals have been posted.
  • Midterm 2 solutions and statistics have been posted.
  • Some changes in office hours during the last week:
    Brian White will also be available Tuesday 1-3pm.
    Nat Thiem will hold office hours on Wednesday as scheduled and on Sunday March 19th 12-2pm.
    Kazim Buyukboduk is changing his office hours to Tuesday - Wednesday - Thursday 8:30-9:30pm.
  • Information on the second midterm (incl. practice exams) now posted.
  • Section 12 (Rob Easton) has moved to a yet larger room: 60-61H
  • Information about the midterm, practice exams etc. (INCL. GRADE STATISTICS)
  • Section 11 has moved again. The new room is 200-205.
  • For those who don't have the book yet, the homework problems have now been posted on the homework page.
  • Section 9 has been moved to 200-305.
  • Section 11 has been moved to Hewlett 101.
  • The first day of classes is Wednesday 11 January. There will be no discussion sections on Tuesday 10 January.
  • General Information

    Meeting Time Lecture: M,W,F at either 11:00 - 11:50 am or 1:15-2:05 pm (see rooms below)
    TA Sections: Tu,Th (various times, see Rooms and TA Sections below)
    Course
    Overview
    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.
    Prerequisites and Other Courses There aren't any specific prerequisites for this course beyond a strong understanding of differential calculus of one variable. We will start from the beginning in linear algebra and build up all concepts together in lecture. However, this course is packed with information and moves quickly. Students who are somewhat unsure of their calculus background may want to consider courses in the 40 series. Students with some experience with mathematical proof and who are looking for a more challenging course may want to try Math 51H.
    TextbooksLinear Algbera, by S. Levandosky
    -- An efficient introduction to linear algebra by a former Math 51 instructor
    Vector Calculus (3rd. Edition), by S.J. Colley
    -- New book for this course, with better explanations and examples than books from previous years
    Grade
    Breakdown
    Midterm I -- 20 %, Midterm II -- 20 %
    Final Exam -- 40%, Homework and Matlab Exercises -- 20%
    Course
    Head
    BRIAN WHITE (white@math)
    Office: 383-EE (3rd floor, Math building 380)
    Office Phone: 3-0952
    Office Hours: Monday 2:30-4:30, Thursday 3:00-4:00
    Professors NAT THIEM (thiem@math)
    Office: 382-Q2 (2nd Floor, Math building 380)
    Office Hours: Monday & Wednesday 2:15-3:45
    MATTHEW YOUNG (myoung@math)
    Office: 383-TT
    Office hours: Monday 2:15-5:15
    Teaching
    Assistants
    KAZIM BUYUKBODUK (kazim@math)
    Office: 380-U1 (Basement, Math building 380)
    Office Hours: Tuesday 6-9
    ROBERT EASTON (easton@math)
    Office: 380-G (Basement, Math building 380)
    Office Hours: Monday & Wednesday 9:30-11
    NIKOLAY PENEV (penev@math)
    Office: 380-J (Basement, Math building 380)
    Office Hours: Tuesday & Thursday 4:30-6
    YU-JONG TZENG (yjt@math)
    Office: 380-L (Basement, Math building 380)
    Office Hours: Monday 2:15-3:45, Wednesday 3:40-5:10
    IAN WEINER (iweiner@math)
    Office: 381-G (1st Floor, Math building 380)
    Office Hours: Wednesday 12:55-3:55
    BAOSEN WU (bwu@math)
    Office: 380-R (Basement, Math building 380)
    Office Hours: Tuesday 2:30-5:30
    JOE BLITZSTEIN (ACE) (jkb@math)
    Office: 381-H (1st Floor, Math building 380)
    Office Hours: Tuesday 3:30-6:30
    Administrative
    Teaching
    Assistant
    YIANNIS SAKELLARIDIS (yiannis@math)
    Office: 380-H (Basement, Math building 380)
    Office Hours: Monday & Wednesday 11:45-1:15
    Please direct all website/forum questions to me. Contact your TA first about issues with coursework.
    Office
    Hours
    Office hours for lecturers and TAs are as listed above. In addition SUMO has (free) tutoring sessions on Mondays and Wednesdays, 6-10 pm in 380-381T (1st Floor, Math building 380).

    The Center for Teaching and Learning runs a free drop-in tutoring service for many subjects including math, and each student is entitled to 8 hours of free tutoring per quarter.

    Rooms and TA Sections

    Lecture
    Section
    Instructor & Room TAs & Section No. TA Room and Time
    #1 (AM) Nat Thiem
    380-380X
    Sect. #2: Kazim Buyukboduk
    Sect. #3: Baosen Wu
    McCull122 (11-11:50)
    HerrinT185 (11-11:50)
    #4 (PM) Nat Thiem
    380-380X
    Sect. #5: Kazim Buyukboduk
    Sect. #6: Baosen Wu
    380-380C (1:15-2:05)
    McCull122 (1:15-2:05)
    #7 (AM) Brian White
    380-380C
    Sect. #8: Ian Weiner
    Sect. #9: Rob Easton
    EncinaW108 (11-11:50)
    200-305 (11-11:50)
    #10 (PM) Brian White
    380-380C
    Sect. #11: Ian Weiner
    Sect. #12: Rob Easton
    200-205 (1:15-2:05)
    60-61H (1:15-2:05)
    #13 (AM) Matthew Young
    200-303
    Sect. #14: Nikolay Penev
    Sect. #15: Yu-Jong Tzeng
    McCull126 (10-10:50)
    Meyer143 (11-11:50)
    #16 (PM) Matthew Young
    200-303
    Sect. #17: Nikolay Penev
    Sect. #18: Yu-Jong Tzeng
    250-251K (1:15-2:05)
    McCull126 (2:15-3:05)
    51A #1 Matthew Young
    200-303
    Sect. #2: Joseph Blitzstein 20-21G (1:15-3:05)

    Further Reading:

  • Math 51 Tips and Advice.
  • Math 51 Discussion Forums.
  • About the (and more) images.
  • An applet to investigate functions of two variables.
  • Handouts:

  • How Google ranks webpages.
  • Matlab

  • Matlab is available on the Sweet Hall computers, and many of the computers in the Tressider Lair (the computer lab on the second floor of Tressider). If you are able to log in using a unix terminal you can also log in to (say) tree.stanford.edu (or any leland machine) and at the command line type "matlab" to start the program. You may or may not get a graphical user interface, depending on what kind of computer you are running it from.
  • Website designed by Ben Brubaker and Henry Segerman, maintained by Yiannis Sakellaridis.