- FUNGSI NEXT LINE PADA ALGORITMA PEMROGRAMAN ARCHIVE
- FUNGSI NEXT LINE PADA ALGORITMA PEMROGRAMAN FULL
Section: Discrete Mathematics / PolytopesĪ polytope P is k-simplicial if all its k-faces are simplices and it is h-simple if its dual polytope PΔ is h-simplicial. Model 2005.12.001 by Axel Werner Smallest non-trivial 2s2s-polytope. The model shows a discrete horospherical net from the 1-parameter family of a discrete Enneper net. Model 2005.11.001 by Udo Hertrich-Jeromin Lawson Family of a discrete Enneper surface. Surfaces of constant mean curvature (cmc) are special isothermic surfaces and various features of cmc surfaces can be interpreted in terms of the transformation theory of isothermic surfaces. Two members of the 1-parameter family of discrete catenoid cousins are shown. Section: Survaces / Mean Curvature Surfaces Model 2006.04.001 by Udo Hertrich-Jeromin Discrete cmc-1 surfaces of revolution in hyperbolic space. See here for details on the submission and review process.
FUNGSI NEXT LINE PADA ALGORITMA PEMROGRAMAN FULL
These geometry models cover a broad range of mathematical topics from geometry, topology, and to some extent from numerics.Ĭlick “Models” to see the full list of published models.
FUNGSI NEXT LINE PADA ALGORITMA PEMROGRAMAN ARCHIVE
This archive is open for any geometer to publish new geometric models, or to browse this site for material to be used in education and research. $\displaystyle F(x, f(x),f'(x),\ldots,f^ $Īnschauliche Geometrie – A tribute to Hilbert, Cohn-Vossen, Klein and all other geometers. An ordinary differential equation (ODE) is a differential equation where the unknown function depends on a single variable. There are many types of differential equations. They are also especially important in many problems in physics and engineering. This type of equations comes up often in many different branches of mathematics. A differential equation is an equation involving an unknown function of one or more variables, its derivatives and the independent variables.
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