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Wat (wie) is König's theorem (complex analysis) - definitie
König's theorem (complex analysis)
THEOREM ABOUT SIMPLE POLES OR SIMPLE ROOTS OF A MEROMORPHIC FUNCTION
Konig's theorem (complex analysis)
In complex analysis and numerical analysis, König's theorem, named after the Hungarian mathematician Gyula Kőnig, gives a way to estimate simple poles or simple roots of a function. In particular, it has numerous applications in root finding algorithms like Newton's method and its generalization Householder's method.
König's theorem (kinetics)
NAMED AFTER SAMUEL KÖNIG
Konig's theorem (kinetics); Koenig's theorem (kinetics); König's decomposition; Konig's decomposition
In kinetics, König's theorem or König's decomposition is a mathematical relation derived by Johann Samuel König that assists with the calculations of angular momentum and kinetic energy of bodies and systems of particles.
Kőnig's theorem (graph theory)
THEOREM SHOWING THAT MAXIMUM MATCHING AND MINIMUM VERTEX COVER ARE EQUIVALENT FOR BIPARTITE GRAPHS
Konig's theorem (graph theory); König theorem (graph theory); Konig theorem (graph theory); Koenig theorem (graph theory); Koenig's theorem (graph theory); Kőnig's theorem; König–Egerváry theorem; Konig-egervary; König-Egerváry theorem; König's theorem (graph theory); Kőnig–Egerváry theorem; Kőnig-Egerváry theorem; König-Egeváry Theorem; Konig property
In the mathematical area of graph theory, Kőnig's theorem, proved by , describes an equivalence between the maximum matching problem and the minimum vertex cover problem in bipartite graphs. It was discovered independently, also in 1931, by Jenő Egerváry in the more general case of weighted graphs.
Wikipedia
König's theorem (complex analysis)
In complex analysis and numerical analysis, König's theorem, named after the Hungarian mathematician Gyula Kőnig, gives a way to estimate simple poles or simple roots of a function. In particular, it has numerous applications in root finding algorithms like Newton's method and its generalization Householder's method.
