details
Title |
Approximated Poncelet configurations |
---|---|
Authors | Nagy, Örs; András, Szilárd |
Source | Teaching Mathematics and Computer Science 13 (2015) 2, S. 163-176 |
Document | full text (2.611 KB) (formally revised edition) |
License of the document | |
Keywords (German) | Angewandte Mathematik; Euklidische Geometrie; Computersimulation |
sub-discipline | Teaching Didactics/Teaching Maths and Sciences Higher Education |
Document type | Article (journal) |
ISSN | 1589-7389; 15897389 |
Language | English |
Year of creation | 2015 |
review status | Peer-Reviewed |
Abstract (English): | In this short note we present the approximate construction of closed Poncelet configurations using the simulation of a mathematical pendulum. Although the idea goes back to the work of Jacobi, only the use of modern computer technologies assures the success of the construction. We present also some remarks on using such problems in project based university courses and we present a Matlab program able to produce animated Poncelet configurations with given period. In the same spirit we construct Steiner configurations and we give a few teaching oriented remarks on the Poncelet grid theorem. (DIPF/authors) |
Statistics | Number of document requests |
Checksums | checksum comparison as proof of integrity |
Date of publication | 23.06.2016 |
Citation | Nagy, Örs; András, Szilárd: Approximated Poncelet configurations - In: Teaching Mathematics and Computer Science 13 (2015) 2, S. 163-176 - URN: urn:nbn:de:0111-pedocs-121915 - DOI: 10.25656/01:12191 |