Ever wonder what makes bread rise, or why some cookies are hard and some are soft? Kitchen Chemistry takes you inside the scientific world of your own kitchen. Easy and safe experiments introduce readers to the simple science that every cook and baker should know. Learn about the different kinds of scientists who create, manufacture, and process our food.
The medical and pharmaceutical industries rely on chemists to produce drugs that relieve pain and keep people alive. Readers will learn what goes into the making of an aspirin and how some medical discoveries have been the result of trial, error, and "chem-tacular" luck! Easy experiments allow budding scientists to test theories.
Building Green Places takes a green look at careers in planning, designing, and building energy-efficient facilities in which to live, work, and play. It also includes the development of communities built in a way that will complement and enhance Earths ecosystems.
Green Ways of Getting Around moves readers toward careers in "green" transportation, including travel by air, sea, and land, and even in more extreme environments, such as outer space and under water. This book explores mass transit and automotive transportation, highlighting fuel-powered vehicles, such as buses, planes, and boats, which carry with them their own pros and cons as being fuel-efficient and ecologically sound. Also included: using pedal power, pedestrian-friendly venues, concepts that promote walkability and sustainable mass transit, and powering transportation with alternative energy sources.
Come inside for a fresh look at careers in green food, from planting to cultivation, and merchandising to selling. In addition to the greening of conventional methods of food production, this book examines careers in alternative energy, equipment, packaging, and delivery systems.
So many of the everyday products we use are created through the wonders of modern chemistry. From toilet paper to body cream, soap, and perfume, humans rely on chemistry to make our lives easier. Fascinating experiments explain how compounds are mixed together and how body care products are made. Easy experiments allow budding scientists to test theories.
Chemistry has had a hand in almost every product used in your home, from the non-stick frying pan you use to make pancakes to your new purple t-shirt. Chemistry Around the House introduces the reader to the scientific method and describes how accidents and luck have a hand to play in scientific research. Easy experiments allow budding scientists to test theories.
Learn how the European Renaissance came to be! See those most notably involved in this fascinating era. Take a look inside a typical Renaissance home. Follow along as great strides were made in trade, exploration, religion, architecture, and the arts.
Great Ideas of the Renaissance surveys the major advances that were made in art, architecture, sculpture, science, medicine, transportation, and culture. Merchants, monarchs, and religious leaders all promoted and encouraged creativity, and artists, scientists, and great thinkers pushed back the frontiers of philosophy, the arts, mathematics, and technology.
A time of questions and new ways of thinking marked the scientific world during the Renaissance. Follow along as the greatest minds of the time make enormous leaps and bounds toward enlightened thinking. Learn how the role of a scientist evolved. See the efforts made to increase man's understanding of the natural universe.
This incredible book provides a snapshot of the often surprising technologies developed by various ancient civilizations. Engaging illustrations, detailed timelines, and fascinating information bring back to life the ancient civilizations of Greece, Rome, Mesopotamia, Africa, China, and more. Read about iron smelting by the Celts, the construction of the Great Wall in China, how mummies were made and buried in Egypt, and sword making in Japan.
This intriguing book describes the geological makeup and history of the Gobi Desert in Mongolia and China. Temperatures can get very cold and frost and snow are not unusual. Readers will learn about the variety of habitats in this vast desert system that support many different kinds of plants and animals such as camels, snow leopards, and bears. The Gobi Desert is also where the first dinosaur egg fossils were found. Special sections describe the desert's natural resources, such as copper and gold, and the unique problems facing this region such as the desert's alarming rate of desertification.
This colorful book describes the geological makeup and history of the Kalahari Desert in Africa. Covering most of Botswana, as well as portions of Namibia and South Africa, the Kalahari is not a true desert because it receives more than ten inches (250 mm) of rain each year. But the rain drains and evaporates quickly leaving no water on the surface of the red sand. Readers will learn about the variety of habitats in this vast desert system that support many different kinds of plants and animals such as springboks, giraffes, elephants, and zebras. Special sections also describe the Kalahari's natural resources, indigenous people, and the unique problems facing this region.
Water plays a vital role in nearly every bodily function, including regulating temperature and removing toxins. Fiber is essential for gastrointestinal health. This compelling book examines how fiber and water work together to help our digestive tracts run smoothly.
Even though carbohydrates have been given a bad rap in recent years, they are essential for maintaining good health. This fascinating title examines the chemical structure of carbohydrates and explains the differences between simple and complex carbohydrates.
There is a great deal of fuss about fat! Fat is an essential nutrient for optimal health, however too much fat can lead to health problems. This informative title helps clear up the confusion about this controversial nutrient.
Minerals boost our immune systems, support normal growth and development, and help cells and organs function. This engaging title explores the roles of key minerals, such as calcium, iron, potassium, and magnesium.
Our organs, bones, muscles, skin, and hair either contain or are made of proteins. This engaging title explains how our bodies break down large protein molecules into the amino acids that our bodies need to maintain our muscles, bones, blood, and body organs.
We all know that vitamins are necessary for proper growth and good health. But what vitamins do we need and how does our body use them? This informative title identifies essential vitamins and explains how our bodies absorb them.
In 1912, German meteorologist Alfred Wegener proposed that the continents were once a single land mass but had slowly moved apart over millions of years. This fascinating book examines the scientific process behind Wegener's theory and how it challenged prevailing views of the time. Learn how years after Wegener's death his theory was embraced by scientists and is now the basis for modern earth science.
Learn how John Dalton developed his influential theory that explains the shape, structure, and behavior of atoms. This title also explores how Dalton's major breakthrough made later discoveries, such as atomic fission, possible.
This engaging title examines how Darwin developed his controversial theory of evolution, including his research methods and the data gathered during his extensive voyages. The book also explores the controversies that developed around the publication of Darwins theory of natural selection and how the debate continues today.
This fascinating new title examines the sequence of events that led to the formation of cell theory. In 1665, scientist Robert Hooke published Micrographia, the first significant work focused on miscroscopial observation. His groundbreaking work inspired scientists and led to the creation of this fundamental biological principle that shaped modern biology.
This exciting book examines how Sir Isaac Newton developed three basic laws that govern the way in which objects move. Readers will learn how Newton expanded on the work of other great scientists, including Galileo and Copernicus, to make his important discovery. The book also explains how Newtons laws have influenced modern science and technology in areas such as sports and transportation.
French chemist Louis Pasteur made several significant contributions to the world of science. This intriguing book examines how Pasteur uncovered the basis of the modern germ theory. Readers will learn how Pasteur's theory helped him develop vaccines for anthrax, rabies, and other diseases and how his work continues to influence modern medicine.