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Introduction to Projective Geometry (Dover Books on Mathematics) Illustrated Edition
Purchase options and add-ons
- ISBN-10048646895X
- ISBN-13978-0486468952
- EditionIllustrated
- PublisherDover Publications
- Publication dateDecember 9, 2008
- LanguageEnglish
- Dimensions6.1 x 1.2 x 9.1 inches
- Print length574 pages
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About the Author
A Dover Original
Clarence Raymond Wylie, Jr., had a long career as a writer of mathematics and engineering textbooks. His Advanced Engineering Mathematics was the standard text in that field starting in the 1950s and for many decades thereafter. He also wrote widely used textbooks on geometry directed at students preparing to become secondary school teachers, which also serve as very useful reviews for college undergraduates even today. Dover reprinted two of these books in recent years, Introduction to Projective Geometry in 2008 and Foundations of Geometry in 2009.
The author is important to our program for another reason, as well. In 1957, when Dover was publishing very few original books of any kind, we published Wylie's original manuscript 101 Puzzles in Thought and Logic. The book is still going strong after 55 years, and the gap between its first appearance in 1957 and Introduction to Projective Geometry in 2008 may be the longest period of time between the publication of two books by the same author in the history of the Dover mathematics program. Wylie's 1957 book launched the Dover category of intriguing logic puzzles, which has seen the appearance of many books by some of the most popular authors in the field including Martin Gardner and, more recently, Raymond Smullyan.
Here's a quick one from 101 Puzzles in Thought and Logic:
If it takes twice as long for a passenger train to pass a freight train after it first overtakes it as it takes the two trains to pass when going in opposite directions, how many times faster than the freight train is the passenger train?
Answer: The passenger train is three times as fast as the freight train.
Product details
- Publisher : Dover Publications; Illustrated edition (December 9, 2008)
- Language : English
- Paperback : 574 pages
- ISBN-10 : 048646895X
- ISBN-13 : 978-0486468952
- Item Weight : 1.6 pounds
- Dimensions : 6.1 x 1.2 x 9.1 inches
- Best Sellers Rank: #1,608,988 in Books (See Top 100 in Books)
- #252 in Geometry
- #1,022 in Geometry & Topology (Books)
- #62,480 in Unknown
- Customer Reviews:
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This is a wonderful book. Wylie has "written it all down", approaching the subject of the projective plane from both an analytic viewpoint (using linear algebra), AND an axiomatic one. No other author I've read had the patience to do so. He even takes the axiomatic approach far enough to introduce coordinates, for Pete's sake! Of course he treats conics at length, a subject I always find amazing. (How can such a beautiful theory of "curvey" curves arise from a bare-bones theory of STRAIGHT lines?)
One can view the dual treatment of the projective plane (axiomatic AND analytic) this way: Wylie sets up and explores an axiomatic system, and then shows very carefully that a model for the system is the usual coordinate-based one we get from linear algebra. We're not entitled to apply the results of the axiomatic treatment, in a coordinate setting, until we've established this crucial connection.
(This is not Wylie's point of view, however. I think his intention is more pedagogical. First, give a "concrete" example of the projective plane by building on the reader's knowledge of linear algebra, and after getting some experience with that, start over to develop the theory from a small set of axioms.)
A signifcant omission from Wylie's axiomatic treatment is the subject of 2-dimensional projectivities (automorphisms of the projective plane).
Having done my best to praise the book, I wouldn't necessarily recommend it for someone with NO prior exposure to projective geometry. Maybe I'm just too stupid, but I think it would be confusing to someone who didn't already have some feeling for the major outlines of the subject. For the novice looking for an introduction, I would recommend Coxeter's "Projective Geometry". It's mainly synthetic, and presumes no knowledge of linear algebra.





