  The student is capable of solving linear algebra problems with real coefficients.
 The student is confident in solving systems of linear equations.
 The student can compute determinants, eigenvectors and eigenvalues.
 The student is familiar with inproduct spaces and is capable of computing Fourier coefficients using inproducts.

 Linear Algebra is a followup course of Mathematics 1. Its aim is to work with structures that resemble the ordinary two and three dimensional space. Linear Algebra is a preparation for Quantum mechanics, Chemical Bonds and programming in Matlab. 



Readers 'Linear algebra' available on Blackboard 
• 14 hours lecture • 14 hours problem session • 56 hours individual study period 
This course is taught in Dutch. 
• Vectors in real nspace • transformations and matrices • linear systems of equations • determinants and eigenvalues • linear spaces • linear operators • inproduct spaces • Fourier theory 
Written exam. The homework can count for 25%, provided that it is better than the exam rating and exam rating at least a 5.0. 
Mathematics 1 (NWIMOL004), Mathematics 2 (NWIMOL009), Mathematics 3 (NWIMOL015)
This is a course in the theme 'Physics and Mathematics'. 
  Required materialsReaderSyllabus Linear Algebra, Arno van den Essen 
 ReaderSyllabus Linear Algebra for Chemical Sciences, Wim Gielen 

 Instructional modesLecture
 Tutorial
 Zelfstudie

 TestsTentamenTest weight   1 
Opportunities   Block KW1, Block KW2 


 