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Bookbot

James Tanton

    Weird Ways to Work with Pi
    Without Words: Mathematical Puzzles to Confound and Delight
    How Round Is a Cube?
    More Without Words: Mathematical Puzzles to Confound and Delight
    • Presents a collection of 34 curiosities, each a quirky and delightful gem of mathematics and each a shining example of the joy and surprise that mathematics can bring. Intended for the general maths enthusiast, each essay begins with an intriguing puzzle, which either springboards into or unravels to become a wondrous piece of thinking.

      How Round Is a Cube?
    • All real life mathematics is problem solving. And all those fascinated by puzzles are problem solvers at heart. But thinking mathematically is a skill we have to learn and one which it is easy to forget. Recreational mathematicians and students can practise problem solving in different ways. In this book solving puzzles is practised in a different way from most books they will have seen before: # Readers get no clues to what the puzzle is about # They may take hours or even days to work out what is being asked of them # Even after that, some problems may have no solution The result of this challenge is a really challenging book that will fascinate anyone interested in puzzles and recreational mathematicians in particular. This volume contains 36 puzzles ranging from quite easy to quite difficult. The sister volume More Without Words: Mathematical Puzzles to Confound and Delight is also available - containing 36 more puzzles with fewer easy and more testing ones.

      Without Words: Mathematical Puzzles to Confound and Delight
    • Weird Ways to Work with Pi

      • 54pages
      • 2 heures de lecture

      Exploring the concept of pi beyond circles, this book delves into its applications for various shapes like squares and triangles. It presents intriguing insights and playful experiments that reveal the surprising and beautiful uses of pi in different geometric contexts, making learning both fun and engaging.

      Weird Ways to Work with Pi