Linear algebra with Mathematica and Maple
German, 1999Product details
This exercise book deals with vectors, matrices, and systems of linear equations. Vector calculus is developed from a three-dimensional perspective. The chapter on complex numbers aims to provide a solid foundation for complex vector spaces. Computer algebra systems facilitate routine calculations, but they also significantly contribute to conceptual and substantive understanding. Mathematica and Maple are the most widely used computer algebra systems. Of course, the calculations could have also been performed with another suitable system. The book consists of three components. Review: Each section begins with a brief overview of the theory. Definitions and theorems are not particularly highlighted. The aim is to provide a guide for review and to offer tools for specific tasks.
Language | German |
Year | 1999 |
Number of pages | 224 |
Book cover | Paperback |
Item number | 9330012 |
Publisher | Vieweg & Teubner |
Category | Reference books |
Release date | 1.8.2018 |
Language | German |
Year | 1999 |
Number of pages | 224 |
Book cover | Paperback |
Product Safety |
Compare products
Goes with
Reviews & Ratings
Statutory warranty score
How often does a product of this brand in the «Reference books» category have a defect within the first 24 months?
Source: Galaxus- Vieweg & TeubnerNot enough data
- 1.Anaconda0 %
- 1.Ariston0 %
- 1.Avery Publishing Group0 %
- 1.Beltz0 %
Statutory warranty case duration
How many working days on average does it take to process a warranty claim from when it arrives at the service centre until it’s back with the customer?
Source: Galaxus- Vieweg & TeubnerNot enough data
- An der RuhrNot enough data
- AnacondaNot enough data
- AristonNot enough data
- Avery Publishing GroupNot enough data
Unfortunately, we don't have enough data for this category yet.
Return rate
How often is a product of this brand in the «Reference books» category returned?
Source: Galaxus- Vieweg & TeubnerNot enough data
- 1.Avery Publishing Group0 %
- 1.Beltz0 %
- 1.Hachette0 %
- 1.Hanser0 %