Lecturers: Prof Bill Lionheart and Dr Michael Crabb

- Official sylabus and course description
- Lecture Tuesdays 3-4 Problems class 4-5 in Simon Building Theatre B. Friday 2-3 Renold Building C16.

- Lecture 5 Gaussian elimination/matrix inverse
- Lecture 10 explicit Euler
- Lecture 12 Ffirst oder systems
- Lecture 11 implicit Euler
- Lecture 13 Order n-ODES
- Lecture 14 ODEs stability
- < a href="lec14_4_3_systems_stiff_example.m">Lecture 14 matlab example
- < a href=" lec_16_bisection_func_iteration.pdf">Lecture 16 Bisection and function iteration
- < a href="lec_17_newton_method.pdf">Lecture 17 Newton's method
- < a href="lec18_5_4_newton_bisection_sine_example.m">Lecture 18 Newton's method matlab file
- < a href="lec_18_newton_examples_func_iteration.pdf">Lecture 18 Newton's method notes

- Scanned lecture notes sect 1
- See also HELM module 7 Matrices.
- Problem sheet for week1
- Problem sheet with answers for week 1
- Matlab examples for week 1
- Problem sheet for week 2
- Problem sheet with answers for week 2
- Problem sheet for week 3
- Problem sheet with answers for week 3
- Problem sheet for week 4
- Problem sheet for week 5
- Problem sheet with answers for week 5
- Problem sheet for week 6
- Problem sheet with answers for week 6
- Problem sheet for week 7
- Problem sheet with answers for week 7
- Problem sheet for week 8
- Problem sheet with answers for week 8
- Problem sheet for week 9
- Problem sheet with answers for week 9

**Course work is not a class test...you do it at home (well where ever you like) and you have just under 2 weeks to do it. It is availiable here
cw2017.pdf.You should write your answers clearly on paper (and print out the little bit of Matlab). It needs to be handed in to the ESO (C62, The Mill) by 2pm on Thursday 16th March 2017.
**