Showing results for "The Science" in North America

You may know about the sinking of the Titanic. But did you know science played a big role in the ship’s voyage, disaster, and discovery? Learn all about the ship and the events that led to its sinking.

You may have heard of the Mayflower. The ship set sail in 1620, carrying English pilgrims across the sea to Plymouth. But did you know that science played a big role in this voyage? Learn how the Mayflower was constructed. Find out how science helped sail the ship across the ocean. And discover how modern technology is being used to understand the journey and the people aboard.

The Underground Railroad was used by people escaping enslavement in the South. This system of passages and safe houses helped people reach freedom in the Northern United States or Canada. Did you know science played a role in the Underground Railroad?

Thomas Edison was a famous American inventor in the late 1800s. His work with light bulbs got a lot of attention. Over time, many stories were told about this work, including that he invented the light bulb. But this isn’t true! Discover what’s real and what’s fiction.

In mid-1860s, two railroad companies had a huge job in front of them: building the transcontinental railroad. The railroad would run from east to west across the United States. As the grueling work began, there were many choices to make. Now, the choices are yours.

Welcome to the First State! Learn about Delaware's history, weather, geography, people, and more in this book that's all about our first state.

When Thomas Edison was a boy, he loved performing experiments and coming up with new inventions. His curiosity sometimes got him in trouble, though, like when he accidentally burned down his dad’s barn! By the time he turned 12, he had found ways to make a living by learning how to print newspapers and send telegraphs in Detroit, Michigan. Imagine what he did as an adult!

You may have heard of the Oregon Trail. In the 1840s, more than 5,000 people traveled the Oregon Trail, hoping for a better life. But did you know that science played a big role in this epic journey? Learn how covered wagons were engineered. Find out how food was preserved and diseases were treated along the trail.

Have you ever heard of the “Mercury 13” women? Did you know that nearly twenty years before the first women were let into NASA’s astronaut program, there were others who tried? What are the requirements for being shot into space, piloting a hunk of metal while carrying the hopes and fears of your nation? Mastery of flying, as well as courage, intelligence, resistance to stress, and fitness – any checklist would certainly include these. But when America created NASA in 1958, there was an unspoken rule in place....

What do libraries, streetlights, and fire stations have in common? What about bifocal lenses and the odometer? Sayings like "haste makes waste?" Benjamin Franklin was a man of many talents: a scientist who experimented with electricity; a diplomat who served as envoy to France and negotiated peace with England; a mapmaker, printer, and writer famous for his Poor Richard's Almanack.

The terrifying true story of the deadly blizzard that unexpectedly slammed the Midwest, catching many young lives in its path—part of the New York Times bestselling What Was? series, featuring 16 pages of photos. On January 12, 1888, an unforseen blizzard broke out in the middle of an...

History is dramatic - and the renowned, award-winning authors Christopher Collier and James Lincoln Collier demonstrate this in a compelling series aimed at young readers. Covering American history from the founding of Jamestown through present day, these volumes explore far beyond the dates and events of a historical chronicle to present a moving illumination of the ideas, opinions, attitudes, and tribulations that led to the birth of this great nation. The United States in the Cold War examines the history of the United States from 1945 to 1989.

Before John Glenn orbited the Earth or astronauts walked on the moon, a group of dedicated female mathematicians known as “human computers” used their knowledge, pencils, adding machines, and writing paper to calculate the orbital mechanics needed to launch spacecraft. Katherine Johnson was one of these mathematicians who used trajectories and complex equations to chart the space program. Even as Virginia’s Jim Crow laws were in place in the early 1950s, Katherine worked analyzing data at the NACA (later NASA) Langley laboratory.