Algebraic curves | Plane curves
Folium of Descartes
In geometry, the folium of Descartes (from Latin folium 'leaf'; named for René Decartes) is an algebraic curve defined by the implicit equation (Wikipedia).
Algebraic curves | Plane curves
In geometry, the folium of Descartes (from Latin folium 'leaf'; named for René Decartes) is an algebraic curve defined by the implicit equation (Wikipedia).
What is the folium of Descartes? - Week 5 - Lecture 4 - Mooculus
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From playlist Ohio State: Jim Fowler's Calculus One Lectures | CosmoLearning Mathematics
Calculus on a cubic: the folium of Descartes | Arithmetic and Geometry Math Foundations 79
We investigate the Folium of Descartes, viewing it both as a cubic curve in the plane, and as a surface in three dimensional space. This is an extended exercise in algebraic calculus. We parametrize it, calculate Taylor polynumbers and expansions and tangents, and interpret them both as t
From playlist Math Foundations
Curves in Modern Times | Algebraic Calculus One | Wild Egg
This video introduces some key objects, and also challenges, when we move beyond the Greek tradition to the more modern view of "curves". This rests crucially on the development of analytic geometry, or Cartesian coordinates, by Fermat and Descartes in the 17th century. They, along with Jo
From playlist Algebraic Calculus One from Wild Egg
Applying descartes rule of signs to determine the number or real positive & negative zeros
👉 Learn about Descartes' Rule of Signs. Descartes' rule of the sign is used to determine the number of positive and negative real zeros of a polynomial function. Knowing the number of positive and negative real zeros enables also to also know the number of complex zeros of a complex number
From playlist How to Use Descartes Rules of Signs
Parametrized curves and algebraic curves | Differential Geometry 3 | NJ Wildberger
This lecture discusses parametrization of curves. We start with the case of conics, going back to the ancient Greeks, and then move to more general algebraic curves, in particular Fermat's cubic, the Folium of Descartes and the Lemniscate of Bernoulli. We talk about the 17th century's fa
From playlist Differential Geometry
The number theory revival | Math History | NJ Wildberger
After the work of Diophantus, there was something of a lapse in interest in pure number theory for quite some while. Around 1300 Gersonides developed the connection between the Binomial theorem and combinatorics, and then in the 17th century the topic was again taken up, notably by Fermat
From playlist MathHistory: A course in the History of Mathematics
How to use Descartes rule of signs to determine the number of positive and negative zeros
👉 Learn about Descartes' Rule of Signs. Descartes' rule of the sign is used to determine the number of positive and negative real zeros of a polynomial function. Knowing the number of positive and negative real zeros enables also to also know the number of complex zeros of a complex number
From playlist How to Use Descartes Rules of Signs
Tangent conics and tangent quadrics | Differential Geometry 5 | NJ Wildberger
In this video we further develop and extend Lagrange's algebraic approach to the differential calculus. We show how to associate to a polynomial function y=p(x) at a point x=r not just a tangent line, but also a tangent conic, a tangent cubic and so on. Only elementary high school manipul
From playlist Differential Geometry
Learn how to determine the number of imaginary,real positive &real negative zeros of a polynomial
👉 Learn about Descartes' Rule of Signs. Descartes' rule of the sign is used to determine the number of positive and negative real zeros of a polynomial function. Knowing the number of positive and negative real zeros enables also to also know the number of complex zeros of a complex number
From playlist How to Use Descartes Rules of Signs
In this video, we show how to find the nth root on desmos
From playlist desmos
Use Descartes Rule of signs to determine the number of positive and negative real zeros
👉 Learn about Descartes' Rule of Signs. Descartes' rule of the sign is used to determine the number of positive and negative real zeros of a polynomial function. Knowing the number of positive and negative real zeros enables also to also know the number of complex zeros of a complex number
From playlist How to Use Descartes Rules of Signs
In this Python tutorial we will go over how to create maps with the folium package. folium jupyter notebook with examples: https://github.com/groundhogday321/python-folium folium jupyter notebook toggle marker groups: https://github.com/groundhogday321/python-folium-toggle-marker-groups
From playlist Data Visualization for Data Science
Being able to quickly visualize your data as you work, as well as publish your results for others to see, interact with, and understand is important for any data scientist. In this video we cover creating dynamic maps with Folium. Github content: There are three notebooks, as well as th
From playlist Introduction to GeoPandas
How to Plot Data on an Interactive Geographical Map in Python Easily with Geopy and Folium
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From playlist Geomapping in Python
Use descartes rule of signs to find the number of positive and negative real zeros
👉 Learn about Descartes' Rule of Signs. Descartes' rule of the sign is used to determine the number of positive and negative real zeros of a polynomial function. Knowing the number of positive and negative real zeros enables also to also know the number of complex zeros of a complex number
From playlist How to Use Descartes Rules of Signs
How to use and apply Descartes Rule of signs
👉 Learn about Descartes' Rule of Signs. Descartes' rule of the sign is used to determine the number of positive and negative real zeros of a polynomial function. Knowing the number of positive and negative real zeros enables also to also know the number of complex zeros of a complex number
From playlist How to Use Descartes Rules of Signs
What does Descartes rule of signs tell us
👉 Learn about Descartes' Rule of Signs. Descartes' rule of the sign is used to determine the number of positive and negative real zeros of a polynomial function. Knowing the number of positive and negative real zeros enables also to also know the number of complex zeros of a complex number
From playlist How to Use Descartes Rules of Signs
