Big Questions - All About Numbers: A Journey into the Fascinating World of Mathematics
**Unleash the magic of numbers with renowned television presenter Johnny Ball in this captivating exploration of the essential role mathematics plays in our lives.**
A World of Wonder Beyond Counting and Calculations
"All About Numbers" goes beyond the conventional view of mathematics as simply counting and calculations. This engaging book invites readers to dive into a world brimming with surprises, where numbers unlock hidden mysteries and ignite a passion for discovery.
Cracking Codes, Solving Mazes, and Unraveling the Secrets of Prime Numbers
Discover the thrill of cracking codes, navigating intricate mazes, and delving into the intriguing world of prime numbers. Learn how finding a prime number can lead to a life-changing fortune and marvel at the fascinating puzzles that have captivated mathematicians for generations.
Impress with Magic, Mind-Reading, and Fun Facts
"All About Numbers" goes beyond dry facts and formulas. Prepare to be amazed by magic tricks and mind-reading techniques that showcase the power of mathematics in a playful and entertaining way. Discover surprising insights, such as why a flea can jump higher than an elephant and how zero doesn't always represent nothingness.
A Colorful History of Mathematics
Take a journey through time, exploring the evolution of mathematics from the ancient counting systems of Iraq to the complex calculations employed by the Egyptians to build the pyramids. This book vividly illustrates the rich history of numbers and their enduring influence on civilization.
A Journey to Infinity and Beyond
"All About Numbers" is not just a book; it's an invitation to embark on a thrilling journey through the fascinating world of mathematics. Johnny Ball guides readers with his infectious enthusiasm and witty insights, revealing the endless possibilities that numbers hold. This book promises to ignite a love for mathematics in readers of all ages, showing how it can unlock doors to a world of infinite possibilities.
