By Claudi Alsina, Roger Nelsen

ISBN-10: 0883853582

ISBN-13: 9780883853580

Stable geometry is the conventional identify for what we name this day the geometry of three-d Euclidean area. This e-book provides options for proving various geometric ends up in 3 dimensions. exact recognition is given to prisms, pyramids, platonic solids, cones, cylinders and spheres, in addition to many new and classical effects. A bankruptcy is dedicated to every of the next uncomplicated thoughts for exploring house and proving theorems: enumeration, illustration, dissection, aircraft sections, intersection, generation, movement, projection, and folding and unfolding. The booklet contains a collection of demanding situations for every bankruptcy with recommendations, references and an entire index. The textual content is aimed toward secondary institution and faculty and collage academics as an creation to sturdy geometry, as a complement in challenge fixing classes, as enrichment fabric in a direction on proofs and mathematical reasoning, or in a arithmetic path for liberal arts scholars.

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**Extra info for A Mathematical Space Odyssey: Solid Geometry in the 21st Century**

**Sample text**

Rep-8 reptile since eight copies can form a 2a 2b 2c rectangular box. 3 reptiles? 5. 3 for m D 4 and n D 6. 3. In which box is the total volume of all the spheres the greatest? 6. Does there exist a polyhedron in which no two faces have the same number of edges? 7. What is the maximum number of faces of a real-world cube that a person can see simultaneously? 8. Two polyhedra have the same points in space as vertices, the same number of edges, and the same number of faces. Must they be identical?

1 Numeric cubes as geometric cubes For any positive real number a, the number a3 can, of course, be visualized as a geometric cube measuring a units along each edge. This simple fact leads to a variety of geometric proofs for various properties of cubes of real numbers. Cube algebra We first illustrate the formulas for factoring the sum or the difference of two cubes. a2 C ab C b 2 /. 45 46 CHAPTER 3. 1. 2. 3. As an application, consider the sequence of Fibonacci numbers ffi g1 iD1 = f1; 1; 2; 3; 5; 8; 13; g where f1 D f2 D 1 and fn D fn 1 C fn 2 for n 3.

There are just as many cubes in the pavement as there are in the monument, and they are precisely of the same size, so tell how many cubes are required to construct the monument and the square plaza upon which it stands, and you will have solved the great problem of Plato’s geometrical numbers. 6. To solve the puzzle, let n3 and k 2 denote respectively the number of cubes in the monument and the plaza, with n3 D k 2 . 2. 6. 16; 64/, etc. 9; 27/. So 1458 cubes are required, 729 for the monument and an equal number for the plaza.

### A Mathematical Space Odyssey: Solid Geometry in the 21st Century by Claudi Alsina, Roger Nelsen

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