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The bases of the Euclidean plane: vectors and coordinates

The bases of the Euclidean plane: vectors and coordinates

by Jean Barbet | May 8, 2021 | Algebra, Geometry, Non classé

The representation of the Euclidean plane as the Cartesian product \(\mathbb R^2\) allows us to decompose any vector of the plane into two coordinates, its abscissa and its ordinate. This decomposition is linked to a particular and natural “representation...
The Euclidean Space: Points, Vectors, and the Dot Product

The Euclidean Space: Points, Vectors, and the Dot Product

by Jean Barbet | Mar 25, 2021 | Algebra, Geometry, Non classé, Number Theory

Descartes’ analytical method, which allows the Euclidean plane to be represented as the Cartesian product $ \mathbb{R}^2 $ through the theory of real numbers, also makes it possible to represent Euclidean space as the Cartesian product $ \mathbb{R}^3 =...

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