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After finishing this course:
- 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.
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Linear Algebra is a follow-up 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 Bonding and Data: Programming and Statistics..
Instructional Modes
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NWI-MOL131 Mathematics.
This is a course in the theme 'Physics and Mathematics'.
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| Written exam. The homework can contribute to a higher grade (weighted average) provided that it is better than the exam rating and exam rating at least a 5.0. |
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