
An ellipse.

Algebraic curves come in every degree and every variety. They can be represented in the real plane, the complex plane or even the projective plane. How can we find our way around? Learn to recognize them and navigate this rich geometric universe!



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An elliptic curve is an algebraic curve of genus 1, defined by a polynomial equation in Cartesian coordinates with real coefficients.

Étienne Bézout is known for two theorems. One generalizes Bachet's theorem from integers to polynomials; the other concerns the intersection points of algebraic curves. The two are in fact related, but in a subtle way.

Beyond the centroid, the orthocenter and the centers of the two circles familiar from school geometry, thousands of points can be associated with the three vertices of a triangle. These myriad points lie on hundreds of cubics with remarkable properties.

There are essentially two ways to define a plane curve using equations: with a Cartesian (or implicit) equation, or with parametric equations.
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