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# Numerical Methods, Basic Course IV (SF1544)

I am teach assistant in this course. I will do the exercise sessions (övning) and I will be
lab assistant. If you have questions about exercises or you need help with the labs, write me
an email.

2016

# Numerical solutions for partial differential equations (SF2521)

I am teach assistant in this course and I will correct the homework.
If you need help with the homework write me an email and we can meet and discuss.

# Numerical Methods and Basic Programming (SF1511)

I am teach assistant in this course. I will do the exercise sessions (övning) and I will be lab assistant. If you have questions about exercises or you need help with the labs, write me an email.

2015

Numerical methods, Basic course (SF1545)

I am teach assistant in this course. I will do the exercise sessions (övning) and I will be
lab assistant. If you have questions about exercises or you need help with the labs, write me
an email.

-  Programs that I showed in the övening of 08/09/2015:

Newton method and bisection method

Numerical solutions for partial differential equations (SF2521)

I am teach assistant in this course and I will correct the homework.
If you need help with the homework write me an email and we can meet and discuss.

Numerical methods, Basic course (SF1547)

I am lab assistant in this course.
If you need help, write me an email and we can meet and discuss.

2014

Numerical Methods and Basic Programming (SF1511)

-  Programs that I showed in the övening of 27/11/2014:
The exercises are taken from the book MATLAB Programming for Engineers of Chapman
EX 3.3, EX 4.7, EX 4.8a and EX 4.8b
Function that compute Fibonacci numbers
(matlab) function that compute the maximum of a function in an interval [a b]
The function which you want to compute the maximum must be in a file like this one.
Try to run for example [ f_max,x_max ] = find_max_fun( @f, 0,pi, 1, 100 )
Try to modify to compute the minimum instead.

-  Programs that I showed in the övening of 04/11/2014:
The exercises are taken from the book MATLAB Programming for Engineers of Chapman
EX 5.18 (function that computes the cross product)
EX 5.31 (function that computes the gravitational force)
I did also the exercises 6.1, 6.2, 6.3, taken from the book:
Exempelsamling i numeriska metoder av Lennart Edsberg, Gerd Eriksson och Bengt Lindberg
I used this function for the trapezoidal rule
(in one exercise I also modified it)

Numerical Methods, Basic Course (SF1545)

-  Programs that I showed in the övening of 13/11/2014:
ENM exercise number 7.10
ENM exercise number 6.2