Building A Roller Coaster

A kindergarten-level introduction to mice, covering their growth process, behaviors, the backyard habitats they call home, and such defining features as their hairless tails.

Anyone who has visited an amusement park has likely seen the hills and loops of a roller coaster. For those who have felt the thrill of the ride, it's often the excitement of that first drop or the speed that follows that keeps them coming back for more. Before anyone can experience the adventure of a roller coaster, a lot of hard work must go into building it. Readers of this high-interest resource will learn all about the science and mechanics behind the construction of roller coasters. Aspiring engineers and amusement park enthusiasts alike will be captivated by this informative volume.

Have you always wanted to learn more about how roller coasters work? I’m not talking about the basic “roller coasters use gravity!” descriptions you’re used to. I’m talking about learning in-depth about the nitty gritty engineering details, like: How do roller coaster engineers know what size motor is needed to pull the train to the top of the lift hill and how much will it cost to operate it? What material are the wheels made out of and how does it affect the performance of the ride? What is the difference between LIM and LSM propulsion? How does the control system on a racing or dueling coaster time up the near collision moments perfectly every single time? All of these questions and more are answered in the latest edition of Coasters 101: An Engineer’s Guide to Roller Coaster Design. “I thought it was great. It was a good first look at roller coaster design. It also gave great information and details about roller coasters in general.” - Adrina from Goodreads “Thanks for writing a very good book. I could not put it down. Lot's of great information. I am a technology and engineering teacher and the information I found here is very helpful in trying to get students more excited about engineering.” -Amazon reviewer

This book for elementary readers highlights the sequence of events from idea to a finished roller coaster. Full-color photographs and a timeline support each step of the project's process, from the design and preparations to the construction and finishing details. A glossary, further resources, author's note, and an index are included.

Using the fun, interactive world of Minecraft and key concepts in STEAM, two teachers developed the Minecraft and STEAM series to be used in and out of the classroom. In Minecraft and STEAM, students discover that Minecraft isn't just a game, it's a tool that can be used to learn about real-world science, technology, engineering, art, and math. Building a Roller Coaster in Minecraft focuses: Science on science but includes other STEAM concepts in the sidebars. Includes table of contents, glossary, index, sources for further reading, and an extension activity.

Explains how math skills are needed to inspect structures for safety and includes math activities using real-life data and facts about roller coasters.

With this title, young makers will learn how to get inspired, problem-solve, and collaborate with others as they take on four engineering challenges, including building a stool out of newspaper and constructing a roller coaster for a marble. Like a real engineer, they'll have to meet demands while staying within limits. Aligned to Common Core Standards and correlated to state standards. Super Sandcastle is an imprint of Abdo Publishing, a division of ABDO.

Imagine someone gave you a sackful of money and told you to build a roller coaster. You'd definitely want it to be the best roller coaster in the world. But how do you go about designing THAT? Armed with your own imagination and some smart research, find out how you can transform a fantasy design into an actual dream product. You'll apply real-world design considerations to your ideas, refining your design to make it workable and achievable as it takes shape.