161:(regular convex polyhedra), related polyhedra, and their higher-dimensional generalizations. It has 14 chapters, along with multiple appendices, providing a more complete treatment of the subject than any earlier work, and incorporating material from 18 of Coxeter's own previous papers. It includes many figures (both photographs of models by Paul Donchian and drawings), tables of numerical values, and historical remarks on the subject.
282:, appends a new definition of polytopes at the end of the book, and makes minor corrections throughout. The photographic plates were also enlarged for this printing, and some figures were redrawn. The nomenclature of these editions was occasionally cumbersome, and was modernized in the third edition. The third edition also included a new preface with added material on polyhedra in nature, found by the
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The book only assumes a high-school understanding of algebra, geometry, and trigonometry, but it is primarily aimed at professionals in this area, and some steps in the book's reasoning which a professional could take for granted might be too much for less-advanced readers. Nevertheless, reviewer J.
310:
Already in its first edition the book was described as "long awaited", and "what is, and what will probably be for many years, the only organized treatment of the subject". In a review of the second edition, Michael
Goldberg (who also reviewed the first edition) called it "the most extensive and
145:. It was originally published by Methuen in 1947 and by Pitman Publishing in 1948, with a second edition published by Macmillan in 1963 and a third edition by Dover Publications in 1973. The Basic Library List Committee of the
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authoritative summary" of its area of mathematics. By the time of Tricia
Muldoon Brown's 2016 review, she described it as "occasionally out-of-date, although not frustratingly so", for instance in its discussion of the
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C. P. Miller recommends it to "anyone interested in the subject, whether from recreational, educational, or other aspects", and (despite complaining about the omission of
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299:) reviewer H. E. Wolfe suggests more strongly that every mathematician should own a copy. Geologist A. J. Frueh Jr., describing the book as a textbook rather than a
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The remaining chapters cover higher-dimensional generalizations of these topics, including two chapters on the enumeration and construction of the
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whose integer solutions describe and classify the regular polyhedra. The second chapter uses combinations of regular polyhedra and their
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88:Methuen, Pitman, Macmillan, Dover
223:and the sphere, and the regular
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816:Canadian Mathematical Bulletin
143:Harold Scott MacDonald Coxeter
55:Harold Scott MacDonald Coxeter
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624:American Mathematical Monthly
325:List of books about polyhedra
455:(February 1949), "Review of
164:The first chapter discusses
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736:Mathematics of Computation
231:. Chapter 6 discusses the
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359:Goldberg, M., "Review of
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778:The Mathematical Gazette
501:(July 1949), "Review of
462:The Mathematical Gazette
237:Kepler–Poinsot polyhedra
853:The Mathematics Teacher
573:The Journal of Geology
297:regular skew polyhedra
211:, groups generated by
248:Euler characteristics
186:semiregular polyhedra
882:Wenninger, Magnus J.
704:Mathematical Reviews
365:Mathematical Reviews
178:Diophantine equation
174:Euler characteristic
538:Scientific American
399:(1949), "Review of
284:electron microscope
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397:Allendoerfer, C.B.
313:four color theorem
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331:References
225:honeycombs
172:, and the
967:Polytopes
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301:monograph
290:Reception
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85:Publisher
77:Published
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519:43413146
319:See also
153:Overview
137:book on
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72:Geometry
61:Language
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