With real-world examples of science at work, this book introduces the study of cells, chromosomes, and DNA known as genetics.
With real world examples of science at work, this book focuses on the impact of invasive plants on the environment.
With real-world examples of science at work, this book introduces the spread of infections and diseases.
Learn about the origin of the first tunnels, the greatest tunnel builders, the evolution and advancement of tunnels that are being built today, and the complex wonders they are.
With real-world examples of science at work, this book introduces the benefits of constructing homes using ecologically friendly materials.
Learn about modern stadiums as well as early Greek and Roman stadiums and coliseums that took massive manpower and engineering techniques that were unique to their time.
Learn all about the most famous Egyptian pyramids, how they were built, and the fascinating facts about the kings and pharaohs who are entombed within them.
Learn about famous skyscrapers and towers around the world and why they are considered engineering wonders.
Learn about the building techniques used to construct the Great Wall of China, the empires that constructed them, and what their purposes were over the centuries.
Clear definitions supported by everyday examples and easy hands-on activities introduce young scientists to wheels.
Clear Definitions Supported By Everyday Examples And Easy Hands-On Activities Introduce Young Scientists To Screws.
Clear definitions supported by everyday examples and easy hands-on activities introduce young scientists to wedges.
Clear definitions supported by everyday examples and easy hands-on activities introduce young scientists to inclined planes.
Clear definitions supported by everyday examples and easy hands-on activities introduce young scientists to levers.
Clear definitions supported by everyday examples and easy hands-on activities introduce young scientists to pulleys
This book explains how models help us test new designs and to understand living things. The book includes various types of models, such as scale, graphical, conceptual, and computer models, which are used to analyze how we understand different things.
This book explains the various methods of scientific tools, including measurement, models, and tools that extend our senses, and how these scientific tools are changing.
This book provides an understanding of the impact that humans have on Earth and suggests ways to reduce damage to the environment.
This book examines the natural forces that create and shape rocks, minerals, and soil and explains how they are an influence to how Earth changes throughout time.
This book describes the importance of wetland areas to Earth's ecosystem and discusses threats against areas such as the Everglades and the Arcata Marsh and Wildlife Sanctuary, along with the efforts to restore and protect wetland areas.
This book offers a brief overview of the structure, function, makeup, and specific types of cells, including both animal and human cells.
Learn about the different types of bridges, the civilizations and people who engineered and risked their lives to construct them, and the advances in bridge building that have made them safe.
In Nuclear Meltdowns, readers will learn how nuclear power works, the dangerous work involved, and the systems put in place to protect the public. This title will allow students to track historical facts and future improvements while gauging their understanding with a variety of reading comprehension tools.
This introduction to cooking discusses the many ways math is used when working with food.
This book discusses notable construction projects, the techniques used to build them, and related math concepts.