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Another Fine Math You'Ve Got Me Into-- Paperback – January 1, 1992
- Print length269 pages
- LanguageEnglish
- PublisherW H Freeman & Co
- Publication dateJanuary 1, 1992
- Dimensions6 x 1 x 9 inches
- ISBN-100716723417
- ISBN-13978-0716723417
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Product details
- Publisher : W H Freeman & Co; First Edition (January 1, 1992)
- Language : English
- Paperback : 269 pages
- ISBN-10 : 0716723417
- ISBN-13 : 978-0716723417
- Item Weight : 1.04 pounds
- Dimensions : 6 x 1 x 9 inches
- Best Sellers Rank: #2,277,208 in Books (See Top 100 in Books)
- #1,311 in Math Games
- #23,608 in Mathematics (Books)
- Customer Reviews:
About the author

Ian Stewart FRS is Emeritus Professor of Mathematics at the University of
Warwick and a leading popularizer of mathematics. He is author or coauthor of
over 200 research papers on pattern formation, chaos, network dynamics, and
biomathematics. He has been a Fellow of the Royal Society since 2001, and has
served on Council, its governing body. He has five honorary doctorates.
He has published more than 120 books including Why Beauty is Truth, Professor
Stewart's Cabinet of Mathematical Curiosities, Calculating the Cosmos,
Significant Figures, and the four-volume series The Science of Discworld with
Terry Pratchett and Jack Cohen. He has also written the science fiction novels
Wheelers and Heaven with Jack Cohen, and The Living Labyrinth and Rock Star with
Tim Poston.
He wrote the Mathematical Recreations column for Scientific American from 1990
to 2001. He has made 90 television appearances and 450 radio broadcasts, most of
them about mathematics for the general public, and has delivered hundreds of
public lectures on mathematics.
His awards include the Royal Society’s Faraday Medal, the Gold Medal of the
Institute of Mathematics and Its Applications, the Zeeman Medal (IMA and London
Mathematical Society), the Lewis Thomas Prize (Rockefeller University), and the
Euler Book Prize (Mathematical Association of America).
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Ian Stewart's book reminds me of those tests. Here's a sampling of what's inside:
1)Mrs. Anne-Lida Worm decides she wants a new couch, and tells Mr. Worm to get it for her, while she goes shopping for a new tight for baby Wermintrude. But Anne-Lina doesn't want just any couch. She wants the biggest possible couch that can be carried down the hall in their house, and around the 90-degree hall at the end. What shape does the couch have, and how big is it? This is a truly riveting story. Will Mr. Worm solve the couch problem in time?
2)Alberto wants to conduct tests on grapes, evaluating the influence of different soils. He wants to conduct experiments to see how different soils and exposure to the sun affects the quality of wine. His land is on a hillside, though, which is narrow, so he can plant only three varieties of grape on each plot of land. How can he arrange things so that he tests all seven varieties of grapes when they are arranged so that each plot contains exactly three different species, where any two plots have exactly one variety in common, and any two varieties lie in exactly one common plot?
Sixteen chapters make up this book. Though their titles are whimsical, the mathematical problems aren't. Some are still unsolved. Even though these problems fit in what would probably be called recreational mathematics, they are fiendishly cleaver with solutions, and developed insight along the way, that are at once challenging and rewarding. Here's a sample of some of other topics discussed in Stewart's book:
How might one transport a lion, llama, and head of lettuce in a boat, across a lake, without leaving any two species where one might eat the other in the absence of a caretaker? How can you calculate the temperature and entropy of a curve? How can one even talk sensibly about a curve having temperature and entropy in the first place? Suppose that you need to tile a room, and the tiles come in odd shapes. Is there anyway to know if the tiling problem has a solution? Can mathematics tell us things about evolution, such as whether or not evolution comes gradually or in spurts (or both)?
This is a fun, lighthearted book, but the mathematical problems and puzzles it discusses will really make you think. I enjoy reading as I exercise on my elliptical machine. I get double the sense of accomplishment when I can read and workout at the same time. Ordinarily, I can estimate how long I've been on the machine by how many pages I've read - 20 pages in 40 minutes is about average. But with Stewart's book I had to be careful. Several times I found that I'd worked out for an hour and only managed to cover half-a-dozen pages or so.
If you love mathematics, particularly mathematical puzzles, then this is a book you'll really enjoy. It has many problems for the reader, with answers at the back of each chapter. If you do the problems and understand everything in the book, in detail, it will occupy many hours of your time. All in deep thought and utter enjoyment.






