Theoni Pappas widmet sich der Steigerung der Sichtbarkeit und Zugänglichkeit der Mathematik. Mit ihrer Arbeit und ihren Schriften möchte sie sowohl Pädagogen als auch die breite Öffentlichkeit dazu inspirieren, die Schönheit und Relevanz der Mathematik im Alltag zu entdecken. Ihre Texte erforschen mathematische Konzepte, zeigen faszinierende Anwendungen auf und fördern Kreativität und Innovation in der mathematischen Bildung.
"Join Penrose [the cat] on new mathematical adventures while he introduces math concepts in a non threatening way. Captures children's imaginations; stimulates their curiosity; helps them discover the world of mathematics. A great resource for parents and teachers"--Back cover.
Pocket sized book of math puzzles and problems for all ages.
Exploring the historical and future significance of mathematics, this book reveals its presence in unexpected places throughout time. It presents mathematical concepts in an engaging and accessible way, making them easy to understand for readers of all backgrounds. The narrative highlights the integral role of mathematics in shaping human progress and its ongoing influence.
The famous mathematical cat Penrose takes us on a trip though puzzleland, while sharing fascinating and challenging puzzles in this uniquely designed mini book. Each page's puzzle is introduced by our star Penrose or one of his quirky friends. Readers are treated to page after page of Penrose antics and problems, while the over 100 mind teasers stimulate and engage its readers gray cells, This book's mini format and fun graphics makes it hard to resist picking up, and its characters and puzzles are sure to entertain both kids or adults.
Mathematical concepts take on personalities in this engaging exploration of numbers and ideas. Through entertaining stories, readers witness the interactions and emotions of math characters, uncovering their properties and characteristics. The narratives reveal how mathematics evolves, showcasing the emergence of new ideas and the challenges faced by old ones. As these concepts express human-like emotions such as love and jealousy, readers are drawn into a captivating world where learning math feels effortless and enjoyable, highlighting its significance in our lives.
From nutritional labels and box office statistics to terabytes and megapixels, the 21st century world is awash in numbers. How can the average Joe or Jane make sense of all that data? The key, Theoni Pappas argues, is math. In Mathematical Snippets, she draws readers into the fascinating world of math without overwhelming them with mind-numbing equations. Short, engaging sections on everything from golf to game theory introduce mathematical concepts and celebrate math’s impact on daily life.
Exploring the unexpected presence of mathematics in daily life, Theoni Pappas reveals how it influences various activities, from photography to financial planning. The book delves into intriguing topics such as the stress on computers, the mechanics of e-paper, and the impact of codes and numbers on the human body. Through engaging explanations, Pappas aims to demystify mathematics, showing its relevance and applicability in surprising ways.
Engaging the mind with a variety of puzzles and math problems, this book offers 366 days of challenging exercises designed to entertain and stimulate critical thinking. Each day's problem is accompanied by detailed solutions, making it a perfect resource for those looking to enhance their mathematical skills while enjoying a daily brain workout.
Engaging young minds with the wonders of mathematics, this book emphasizes concepts through lively stories, puzzles, and challenges rather than rote calculations. It features a dedicated section for games and tricks, complemented by over 100 illustrations in a large-sized format, making math approachable and fun for kids. Theoni Pappas aims to spark interest and demystify the subject, transforming math into an exciting adventure.
Penrose, a cat with a knack for math, takes children on an adventurous tour of mathematical concepts from fractals to infinity.