Math 114 - Linear Algebra and Matrix Theory
Spring Quarter 2008

MWF 01:15PM-02:05PM 380-381T


Instructor:









Yitzhak Katznelson

Room 382-U

Office hours: by appointment.

email: katznel@math



Course assistant:









Simon Rubinstein-Salzedo

Room 380-J

Office hours: Monday and Friday, 9:00 - 10:30 AM,

and by appointment.

email: simonr@math.stanford.edu





Textbook:

Y. Katznelson and Y. R. Katznelson,

A (terse) Introduction to Linear Algebra, AMS, 2007.

The library has many other linear algebra books!
It can be quite enlightening to read different descriptions or explanations of a given phenomenon, different proofs or even just differently worded proofs of a given statement!


Course description:

Prerequisite for Math 114 is Math 113 (or equivalent). The first few sessions will be used to review the presumably known material and to establish a common basis for what will follow.



Midterm and Final Exams

There will be one midterm, and a final exam, both takehome.




Weekly Homework Assignments

The first homework assignment will be posted on Friday April 4, and will be due in class a week later.

#1, due April 11.

Exercises: ex3.1.1, ex3.1.3, ex3.1.5, ex3.1.8, ex3.2.1.

Chapter 3, ``Duality ...'' will be done in class on Monday and the material in chapter 4, ``Determinants'' on Wednesday and Friday.

#2, due April 18.

Exercises: ex4.5.3, ex4.5.4, ex4.5.5, ex4.5.6, ex4.5.7, ex4.5.8.

Answers HW2.

Monday will be devoted to the rest of chapter 4; Wednesday and Friday to begin the topic of invariant subspaces, chapter 5.

#3, due April 25.

Exercises: ex4.5.15, ex4.5.16, ex4.5.18, ex5.1.1, ex5.1.2, ex5.1.3.

Answers HW3.

#4, due May 2.

Exercises: ex5.2.1, ex5.2.2, ex5.2.6,

ex5.3.2, ex5.3.3, ex5.3.5, ex6.1.9, ex6.1.10.

Answers HW4.

#5, due May 9.

Exercises: ex5.3.9, ex5.3.10, ex5.3.11, ex5.3.12, ex5.3.13, ex5.3.18.

Midterm superset.

The midterm consists of problems 6, 7, 9, 12, 14, and 15 of the superset.

#6, due May 23.

Exercises: ex6.5.3, ex6.5.5, ex7.1.1, ex7.2.5, ex8.1.2, ex8.1.3.

#7, due May 30.

Exercises: *ex6.5.7, ex8.3.1, ex8.3.2, ex8.3.3.

Final superset.

The final exam consists of problems 1, 2, 15, 16, and 20 of the Final superset.

Bonus problem:

Prove that the symmetric 2X2 matrix with 1 and 2 on the diagonal and i/2 off the diagonal is not diagonalizable.