The Mathematics of JugglingSpringer Science & Business Media, 31.10.2002 - 226 Seiten Learn to juggle numbers! This book is the first comprehensive account of the mathematical techniques and results used in the modelling of juggling patterns. This includes all known and many new results about juggling sequences and matrices, the mathematical skeletons of juggling patterns. Many useful and entertaining tips and tricks spice up the mathematical menu presented in this book. There are detailed descriptions of jugglable and attractive juggling sequences, easy zero-gravity juggling, robot juggling, as well as fun juggling of words, anti-balls, and irrational numbers. The book also includes novel, or at least not very well known connections with topics such as bell ringing, knot theory, and the many body problem. In fact, the chapter on mathematical bell ringing has been expanded into the most comprehensive survey in the literature of the mathematics used by bell ringers. Accessible at all levels of mathematical sophistication, this is a book for mathematically wired jugglers, mathematical bell ringers, combinatorists, mathematics educators, and just about anybody interested in beautiful and unusual applications of mathematics. |
Inhalt
An Introduction | 1 |
uggling | 7 |
tge Theorem | 14 |
utation Test | 22 |
Juggling | 65 |
tits of Multiplex Juggling Sequences | 73 |
ing Matrices 85 | 88 |
Juggling | 117 |
ematical Notation and Basic Operations | 151 |
hical Representations of Extents | 159 |
its from Groups | 168 |
nuters Bobs and Singles | 175 |
ing Braids | 181 |
Juggling Words | 191 |
ing and Math Stories | 197 |
ing Made Easy | 123 |
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Häufige Begriffe und Wortgruppen
6-ball juggling array balls basic beat bell braid cards cascade catch caught clubs complement consider consists construct contains corresponding course cycle cyclic describe direction Double edges elements entries equal exactly example extent fact Figure finite four give given gling graph of height hands height h includes integers interesting jugglers juggling diagram juggling matrices juggling patterns label lead length mathematical matrix maximal means method move multiplex juggling sequence newsgroup nonnegative Note number of balls objects orbits path perform period permutation Plain Plain Bob points positive possible practice prime loop principles problem proof respectively result Reverse ringing sequence robot shifts simple juggling sequences solutions start starting swap Table Theorem things throws transition tricks turn usually vertices