Linear algebra part 1 Fall 2017

e-study-guide page

Please register for this course on blackboard [link]. This will be used for entering test grades and for announcements, so if you do not register we will not be able to record your test grades.

Weekly tests

Please note that there are weekly tests in the Werkcolleges, which will count towards your final grade.

Teacher: David Holmes.

Videos of the lectures are available here. But as you can see, the quality is very bad, and the system often gets stuck. Hopefully we can at least improve the reliability in future lectures, so maybe this will be useful for some of you.


For the course "Linear algebra" (Lineaire Algebra) there are lectures ("Hoorcolleges") and exercise classes ("Werkcolleges"). In each werkcollege the last 20 minutes will be a test on the material from the course up to that point. This will count towards your final grade.

The first lecture is on Tuesday 31 October at 09:00 in Gorlaeus 04/5.

The first test is during the werkcollege on Friday 3 November at 11:00 in Gorlaeus 01.

See timetable here. There is an extra werkcollege early in the morning on Friday 3 November, but we will not use this.

The rooms of the lecture and werkcolleges are NOT the same every week; see here for details.

Required Literature

We will follow closely parts of the book "Linear algebra and its applications" by David Lay. Every student will need a copy of the book; for example, weekly exercises will be set from the book, and the tests and exam will contain similar questions.


Weekly tests

As noted above, there will be a short test held every week during the Werkcollege.


There is one exam for the course, after the end of the course (on Friday 12 January). The exam will last 3 hours. It will cover material from the whole course, including that already covered in the weekly tests.

The retake is on 16 March, 14:00-17:00 as usual. It is in the Havingerzaal in Gorlaeus - this can be a bit hard to find, so if you have never been there it is best to allow a bit of extra time.

Calculating the final grade

Firstly, the weekly tests. There will be 6 tests in total. Your best 4 marks will count. Write W for the average of your best 4 tests. Write E for your grade on the final exam.

The total examination grade is is then the weighted average:

Final grade = 0.25*W + 0.75 * E.

Homework and classes

Each week, some problems from the book will be suggested. These will not be graded, and will not count towards the final grade. However, you are extremely strongly recommended to attempt all the problems - the problems in the short tests and the final exam will be similar, and past experience suggests that ability to do he homework problems is a very strong predictor of success in the course. The problems will be discussed during the classes, and you will have the opportunity to obtain help on problems you found difficult.

Office hours

Office hours of the lecturer will be from 10:00 -11:00 on Mondays (or by appointment) in room 233 in Snellius.

Content and detailed timetable

The first column is the date of the monday of the week (note the lectures are on Tuesdays and the exercise classes are on Fridays). The second column refers to chapters of the course book "Linear algebra and its applications" [Lay]. The final column contains the reccomended exercises from [loc.cit]; `H1.1:4,8' means exercises 4 and 8 from the end of chapter 1.1 of the book. Because many students have different versions of the book, this year I have copied the exercises into a pdf file (with link below) so that everyone is doing the same exercises, regardless of which edition they have.
Week begins Lecture Homework
31/10/2017 1.1, 1.2 Homework questions
7/11/2017 1.3, 1.4, 1.5, 1.6 Homework questions Homework solutions (outline only)
14/11/2017 1.4, 1.5, 1.6 Networks, 1.7 Homework questions Homework solutions (outline only)
28/11/2017 1.7, 1.8, 1.9 Homework questionsHomework solutions (outline only)
5/12/2017 1.9, 2.1 Homework questionsHomework solutions (outline only)
12/12/2017 2.2, 2.3, 3.1, 3.2, 3.3 but NOT Cramer's rule or a formula for A inverse Homework questions Start preparing for the exam; many practise papers (some with solutions) are hereHomework solutions (outline only)
--> At present this timetable is only approximate, and will be updated during the semester.


Course websites for previous years.

David Holmes <>