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In this intriguing book, John Barnes takes us on a journey through aspects of numbers much as he took us on a geometrical journey in Gems of Geometry. Similarly originating from a series of lectures for adult students at Reading and Oxford University, this book touches a variety of amusing and fascinating topics regarding numbers and their uses both ancient and modern. The author informs and intrigues his audience with both fundamental number topics such as prime numbers and cryptography, and themes of daily needs and pleasures such as counting one's assets, keeping track of time, and enjoying music. Puzzles and exercises at the end of each lecture offer additional inspiration, and numerous illustrations accompany the reader. Furthermore, a number of appendices provides in-depth insights into diverse topics such as Pascal's triangle, the Rubik cube, Mersenne's curious keyboards, and many others. A theme running through is the thought of what is our favourite number. Written in an engaging and witty style and requiring only basic school mathematical knowledge, this book will appeal to both young and mature readers fascinated by the curiosities of numbers.
In the American Mathematical Society's first-ever book for kids (and kids at heart), mathematician and author Richard Evan Schwartz leads math lovers of all ages on an innovative and strikingly illustrated journey through the infinite number system. By means of engaging, imaginative visuals and endearing narration, Schwartz manages the monumental task of presenting the complex concept of Big Numbers in fresh and relatable ways. The book begins with small, easily observable numbers before building up to truly gigantic ones, like a nonillion, a tredecillion, a googol, and even ones too huge for names! Any person, regardless of age, can benefit from reading this book. Readers will find themselves returning to its pages for a very long time, perpetually learning from and growing with the narrative as their knowledge deepens. Really Big Numbers is a wonderful enrichment for any math education program and is enthusiastically recommended to every teacher, parent and grandparent, student, child, or other individual interested in exploring the vast universe of numbers.
NEW YORK TIMES BESTSELLER • Count your way to sweet dreams with help from The Wonder Years/Great American Family star, math whiz, and author Danica McKellar! This New York Times bestselling bedtime book with a math twist is perfect both for getting ready for bed and learning at home. This deceptively simple bedtime book sneaks in secret counting concepts to help make your 2-5 year old smarter . . . and by the end, sleepier! The first in the McKellar Math line, Goodnight, Numbers gives your child the building blocks for math success. As children say goodnight to the objects all around them—three wheels on a tricycle, four legs on a cat—they will connect with the real numbers in their world while creating cuddly memories, night after night. Loving numbers is as easy as 1, 2, 3! "A winner for bedtimes or storytimes focusing on counting." —School Library Journal "The joys of counting combine with pretty art and homage to Goodnight Moon." —Kirkus
Based on a series of lectures for adult students, this lively and entertaining book proves that, far from being a dusty, dull subject, geometry is in fact full of beauty and fascination. The author's infectious enthusiasm is put to use in explaining many of the key concepts in the field, starting with the Golden Number and taking the reader on a geometrical journey via Shapes and Solids, through the Fourth Dimension, finishing up with Einstein's Theories of Relativity. Equally suitable as a gift for a youngster or as a nostalgic journey back into the world of mathematics for older readers, John Barnes' book is the perfect antidote for anyone whose maths lessons at school are a source of painful memories. Where once geometry was a source of confusion and frustration, Barnes brings enlightenment and entertainment. In this second edition, stimulated by recent lectures at Oxford, further material and extra illustrations have been added on many topics including Coloured Cubes, Chaos and Crystals.
The genealogy of Adam in Genesis Chapter 5 is a number puzzle that encodes a fully functional calendar! "From Adam to Noah-The Numbers Game" shows you precisely how the Bible writers encoded a calendar into the ages of Adam and his children in Genesis 5. It then goes on to show how the Bible writers designed their calendar puzzle so that anyone who managed to solve it would be certain they had the correct solution. Proof of a highly accurate calendar encoded within the numbers of Genesis 5 is a revolution in our understanding of Genesis. It allows us to dramatically revise our understanding of the entire Bible.To truly understand why a calendar puzzle exists within the Bible, we have to explore the reasons why someone several thousand years ago would enshrine a calendar in such an ingenious puzzle. That exploration leads to new and insightful interpretations of each of the stories in Genesis 1 to 11: The creation, Adam and Eve, Abel and Cain, Noah's ark, the story of Noah and his wine, and Tower of Babel story.Most of us have been taught that the Bible was written to be understood. The existence of the calendar puzzle forces us to recognize that those who wrote the Bible hid things there that they did not want everyone to understand. They hid a world view that they never state explicitly. We will find that this philosophy inspired them to create the calendar puzzle, and that the way they viewed the world is more important and more fascinating than the calendar itself.In this book you will experience what it is like to discover something very new hidden within something very old. You'll discover that this new thing was ancient knowledge when the Bible was written. Remember the story of the pearl of great price? A merchant, upon finding a pearl of great value, sold everything he had and bought it. The calendar in Genesis is such a pearl. If you're looking, don't miss this chance to own one.
Provides information on numbers and what makes particular ones noteworthy
"Think of the heart-racing chase of The Hunger Games, but a giant mall is your arena."--Seventeen.com A suspenseful survival story and modern day Lord of the Flies set in a mall that looks just like yours. A biological bomb has just been discovered in the air ducts of a busy suburban mall. At first nobody knows if it's even life threatening, but then the entire complex is quarantined, people start getting sick, supplies start running low, and there's no way out. Among the hundreds of trapped shoppers are four teens. These four different narrators, each with their own stories, must cope in unique, surprising manners, changing in ways they wouldn't have predicted, trying to find solace, safety, and escape at a time when the adults are behaving badly. This is a gripping look at people and how they can—and must—change under the most dire of circumstances. And not always for the better.
Geared toward undergraduate and beginning graduate students, this study explores natural numbers, integers, rational numbers, real numbers, and complex numbers. Numerous exercises and appendixes supplement the text. 1973 edition.
Written for statisticians, computer scientists, geographers, research and applied scientists, and others interested in visualizing data, this book presents a unique foundation for producing almost every quantitative graphic found in scientific journals, newspapers, statistical packages, and data visualization systems. It was designed for a distributed computing environment, with special attention given to conserving computer code and system resources. While the tangible result of this work is a Java production graphics library, the text focuses on the deep structures involved in producing quantitative graphics from data. It investigates the rules that underlie pie charts, bar charts, scatterplots, function plots, maps, mosaics, and radar charts. These rules are abstracted from the work of Bertin, Cleveland, Kosslyn, MacEachren, Pinker, Tufte, Tukey, Tobler, and other theorists of quantitative graphics.