By Peter Hilton, Jean Pedersen, Sylvie Donmoyer

ISBN-10:

ISBN-13: 1397805217641

ISBN-10: 0521764106

ISBN-13: 9780521764100

This easy-to-read publication demonstrates how an easy geometric thought finds interesting connections and leads to quantity idea, the math of polyhedra, combinatorial geometry, and team concept. utilizing a scientific paper-folding process it really is attainable to build a typical polygon with any variety of facets. This notable set of rules has resulted in attention-grabbing proofs of sure ends up in quantity thought, has been used to reply to combinatorial questions related to walls of area, and has enabled the authors to acquire the formulation for the quantity of a standard tetrahedron in round 3 steps, utilizing not anything extra complex than simple mathematics and the main effortless airplane geometry. All of those rules, and extra, exhibit the wonderful thing about arithmetic and the interconnectedness of its numerous branches. distinctive directions, together with transparent illustrations, permit the reader to realize hands-on event developing those types and to find for themselves the styles and relationships they unearth.

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**Additional info for A Mathematical Tapestry: Demonstrating the Beautiful Unity of Mathematics**

**Example text**

25 26 Another thread 1. 2. 3. 4. 7 Preparing the U 1 D 1 -tape for constructing a hexagon. 10. Notice that the tape, which we call U 2 D 2 -tape (or, equivalently, D 2 U 2 -tape) seems to be getting more and more regular – the successive long lines are becoming closer and closer to each other in length, and so are the successive short lines. The smallest angle on the tape seems to be approaching some fixed value. But what is it? 4 Does this idea generalize? 9 A FAT 6-gon. A bigger FAT 6-gon. 10 Folding UP UP DOWN DOWN .

The really interested paper-folder should, before reading further, get a piece of . 6(a) as described above, throw away the first 10 triangles, and see if you can tell that the first angle you get between the top edge of the tape and the adjacent crease line is not π7 . 6(b). You will then believe that the D 2 U 1 -folding procedure produces tape on which the smallest angle does, indeed, approach π7 , actually rather rapidly. You might also try executing the FAT algorithm at every other vertex along the top of this tape to produce a regular 72 -gon.

3. Assume the square is a transparent square of plastic. 1 Should you always follow instructions? 3 Two different ways to flip. 4 Showing the result of a move. square; whereas in (b) the orientation of the symbol tells you to flip the square over a vertical axis along the right-hand side of the square. 4 the heavy right-pointing arrow indicates that by performing the move on the left-hand figure (rotating the entire figure 90◦ in a clockwise direction about the right angle), we obtain the right-hand figure.

### A Mathematical Tapestry: Demonstrating the Beautiful Unity of Mathematics by Peter Hilton, Jean Pedersen, Sylvie Donmoyer

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