L'aspect du théorème semble fort éloigné de la relation d'Euler. Elle lui est pourtant rigoureusement équivalente, et Descartes, dans les applications qu'il en
Read More
It follows from Euler's theorem that the relative orientation of any pair of coordinate systems may be specified by a set of three independent numbers.
Read More
Polyhedra. The Euler characteristic was classically defined for the surfaces of polyhedra, according to the formula. where V, E, and F are respectively the numbers
Read More
Euler's generalization of the Fermat's Little Theorem depends on a function which indeed was invented by Euler (1707-1783) but named by J. J. Sylvester (1814-1897) in
Read More
1707. 0. Naissance à Bâle. Père Paul, pasteur. 1723. 16. Euler y suit à l’université les cours de Jean Bernoulli et obtient sa maîtrise à l’âge de seize
Read More
L'aspect du théorème semble fort éloigné de la relation d'Euler. Elle lui est pourtant rigoureusement équivalente, et Descartes, dans les applications qu'il en
Read More
Ratings : 33 %
Proof of Euler's Formula (without Taylor series) :
Ratings : 22 %
Proving Euler's Theorem on Paths and Circuits - Part 1 :
Ratings : 26 %
It follows from Euler's theorem that the relative orientation of any pair of coordinate systems may be specified by a set of three independent numbers.
Read More
Ratings : 52 %
Polyhedra. The Euler characteristic was classically defined for the surfaces of polyhedra, according to the formula. where V, E, and F are respectively the numbers
Read More
Ratings : 23 %
Euler's generalization of the Fermat's Little Theorem depends on a function which indeed was invented by Euler (1707-1783) but named by J. J. Sylvester (1814-1897) in
Read More
Ratings : 20 %
Fermat's (Euler) Theorem: The Old Math behind modern eCommerce :
Ratings : 73 %
Euler's Theorem - Graph Theory :
Ratings : 26 %
1707. 0. Naissance à Bâle. Père Paul, pasteur. 1723. 16. Euler y suit à l’université les cours de Jean Bernoulli et obtient sa maîtrise à l’âge de seize
Read More
Ratings : 34 %
Euler's formula: A cool proof :
Ratings : 18 %
Homogeneous function (euler theorem) :
Ratings : 19 %
Euler's Formula and Euler's Identity :
Ratings : 46 %
Euler's identity :
Ratings : 73 %
Euler's Formula Proof (Taylor Series) :
Ratings : 66 %
Euler's Formula - Proof WITHOUT Taylor Series :
Ratings : 61 %
Euler's Formula Proof (Calculus) :
Ratings : 48 %