Books with author Richard Gaughan

This book works on problem and solution and it always makes me smile to see if they students are able to solve Rashee's problem before the story ends. Rashee is put in charge of moving seven elephants, and while he is riding one he becomes very discouraged when he turns to count and counts only six! Throughout the book he is quite upset that he will disappoint his uncle, but then he realizes he was counting the six elephants behind him and not the one he was riding on. Great book! Short, but good for working on problem and solution!

A wormhole is a tube-like distortion of time and space connecting distant places in the universe. Wormholes have been featured in many movies, but can they really exist? Wormholes are a prediction of scientific theories, and the precision of mathematics allows them to be described, even before they have ever been seen. Untangling complex physics theories with accessible language and captivating imagery, this book explores the development and evaluation of scientific theories behind wormholes. Supporting the Next Generation Science Standards' emphasis on scientific collection and analysis of data and evidence-based theories, this book will help students grasp the importance of mathematical models of reality, laying the groundwork for a deeper understanding of the nature of science.

Physics is the study of matter and energy. Interactions of matter and energy create everything, from the thunderous roar of a waterfall to the crackling sizzle of an egg frying in a pan. Physicists understand those complex events by studying simpler ones. Supporting the Next Generation Science Standards, this book, which features lively text enhanced by full-color images and straightforward activities, illustrates how the study of simple events can improve comprehension of the complex physical world. Readers will hone their observational skills and begin to understand the common threads that link distinct observations.

"In September of 2015, the scientific world was buzzing: gravitational waves had been detected. It was a dramatic and conclusive demonstration of Einstein's theory of general relativity--the most complex and far-reaching theory in the history of physics. Through detailed diagrams, relatable analogies, and informative sidebars, this text cuts through the complexity and sophistication, providing an accessible introduction to the physics of waves, the implications of general relativity, and the ways in which gravitational waves can bring new understanding of the universe around us."--

According to many science fiction books and movies, antimatter is dangerous stuff, stuff that would blow up if it comes into contact with normal matter. Antimatter and normal matter will annihilate one another in a burst of energy, and if that burst could be captured, antimatter would provide vast amounts of power. Enhanced by detailed diagrams and illuminating sidebars, this engaging text uses comprehensible analogies to everyday experiences to introduce the forms of matter in our universe, the forms of antimatter, and how an understanding of antimatter can provide insight into the very structure of the universe.

In September of 2015, the scientific world was buzzing: gravitational waves had been detected. It was a dramatic and conclusive demonstration of Einstein's theory of general relativity, the most complex and far-reaching theory in the history of physics. Through detailed diagrams, relatable analogies, and informative sidebars, this text cuts through the complexity and sophistication, providing an accessible introduction to the physics of waves, the implications of general relativity, and the ways in which gravitational waves can bring new understanding of the universe around us.

A wormhole is a tube-like distortion of time and space connecting distant places in the universe. Wormholes have been featured in many movies, but can they really exist? Wormholes are a prediction of scientific theories, and the precision of mathematics allows them to be described, even before they have ever been seen. Untangling complex physics theories with accessible language and captivating imagery, this book explores the development and evaluation of scientific theories behind wormholes. Supporting the Next Generation Science Standards' emphasis on scientific collection and analysis of data and evidence-based theories, this book will help students grasp the importance of mathematical models of reality, laying the groundwork for a deeper understanding of the nature of science.

According to many science fiction books and movies, antimatter is dangerous stuff, stuff that would blow up if it comes into contact with normal matter. Antimatter and normal matter will annihilate one another in a burst of energy, and if that burst could be captured, antimatter would provide vast amounts of power. Enhanced by detailed diagrams and illuminating sidebars, this engaging text uses comprehensible analogies to everyday experiences to introduce the forms of matter in our universe, the forms of antimatter, and how an understanding of antimatter can provide insight into the very structure of the universe.