**new**team drive view semester 1 view semester 2 view all

### General handbook

- LaundryView
- Common Outside Course Options for Informatics Students (2016/17)
- mailing list archives - ug1-students
- if you have a learning disability go to the disability service! make sure you go there long before the exams, it only takes few hours and can help you quite a bit.

### Computation and Logic tutorials

- Solution to the original 4d on the take home exam
- The venn diagram generator (based on the official version)
- Definitions (also available on Quizlet)
- CNF cheat sheet
- Propositional formula to CNF converter
- Visualizing satisfiability, validity & entailment
**Finite State Machines****Regular Expressions**

### Functional Programming piazza, tutorials

**Tip by a tutor for the final exam**: the exam is open book, so taking in a copy of the previous year’s exam paper and solutions may be beneficial- Past papers
- Exam allocations
- Tree traversal algorithms (view in desktop mode!)
- Learn You A Haskell (official online book, downloadable for exam)
- Basic/library function list, Handy basic function cheat sheet
- Troubleshooting for Haskell (including Haskell-mode on Emacs)

### Introduction to Linear Algebra drps

**Tip from a (current) 3rd year**: the maths exams are also open book, so I’d recommend taking in past papers with solutions as they reuse questions a lot. They might not necessarily be the same, but they’ll likely be close enough to give you a hand.- No bullshit concept maps good for seeing the big picture in the course
- Linear algebra explained in 4 pages good resource to give you general idea. Might be worthwhile to go through it before the start of the course.
- Explanatory videos from Mathapptician
- Khan Academy videos
- Essence of Linear Algebra (videos)
- Answers for Poole (3rd edition, 4th edition)
- 42 - calc app capable of Eigenstuff and other linear algebra
**The Exam**- 3 hours - Open Book

Section A: 40% - 6 questions - conceptual questions, a bit like Tophat

Section B: 60% - 4 questions (pick 3) - longer, conceptual questions

You may bring:- the Poole textbook
- any non-graphical calculator
- any notes (written / printed notes,
*nothing bound*)