Teachers' Domain®
 

Organization:

Forgot Your Password?

Not yet registered?

Register now to download, share, and save resources. It's simple, safe, and free! Learn More

You are now "Test Driving" Teachers' Domain

You may view up to 7 resources in this limited trial period.

You have 6 views remaining. Register now for unlimited free access and to download, share, and save resources. Learn More

About Registration:

Registering with Teachers' Domain is free and allows you to:

  • • View as many resources as you like
  • • Save, sort, and share resources using My Folders and My Groups
  • • Download resources to your desktop
  • • See standards correlations for your state

Thank you for "Test Driving" Teachers' Domain

You have viewed all seven resources permitted in this limited trial period. You may continue to browse the site, but to view, download, share, and save resources, you must register now. Registration is simple, safe, and free.

For more information:

Learn about our online Professional Development Courses, or review our Privacy Policy.

If you still have questions, please contact us.

NSDLNSDL users sign in here

Recommended for: Grades 3-12

Resource: Ten Fun Facts About Engineering

Media Type:
Flash Image

Length:
Size: 325.6 KB

or

Before all the other rides of your favorite amusement park were invented, America's great recreational marvel was the Ferris Wheel. The original observational wheel, built for the 1893 World's Fair in Chicago, was modeled after a bicycle wheel. It has since become a mainstay of recreation worldwide, with one in nearly every amusement park in the world. In this collection of annotated images, adapted from the National Society of Professional Engineers, learn about other ways that engineers have influenced how people have fun.

 

Teachers' Domain, Ten Fun Facts About Engineering, published May 9, 2006, retrieved on ,
http://www.teachersdomain.org/resource/eng06.sci.engin.design.tenfacts/

 

You may think of engineers as the men and women who build tall buildings and keep electrical generators operating — serious occupations that address society's needs. And you'd be right. However, society also has a need for recreation. As you'll learn from the following, engineers play an important role in how we relax and enjoy ourselves.

Water slides
Did you know that without engineers, we wouldn't have water slides? Engineers apply their understanding of physics to just about every component of a slide, from the water pumping system that pushes water to the top of a slide, to the regulation of the water to allow just the right amount to flow down, to the design and materials used in building the slide itself.

Different slide designs reflect the degree to which the friction between the rider's body and the slide resists gravity. Together, the amount of water that streams down the slide and the slope of the slide determine whether a ride will be fast or slow. On speed slides, riders plummet down a steep slope. Resistance created by the weight of a rider's body on the slide is intentionally reduced. In contrast, a spiraling slide has a shallower slope and curves, which act together to inhibit downward acceleration. This slide structure works against the force of gravity and the inertia of the falling body, resulting in a slower ride.

Snowboarding
Anyone who has either tried snowboarding or watched a half-pipe competition on television knows that it is an extreme sport — a sport, it turns out, with strong ties to engineering. Sherman Poppen, one of three people credited with the snowboard's invention, was an engineer. In the mid-1960s, Poppen bolted two skis together and attached a rope for balance and steering so his daughter could ride down a hill standing up.

Flash forward to today: From its camber (arch) shape, to its sidecut that gives the board its hourglass shape and aids in turning, to its material composition (bonded layers of fiberglass, wood, epoxy, and plastics), modern snowboards have an engineer's fingerprints all over them.

One last fun fact: A snowboard doesn't actually slide on snow. Rather, the friction of the board's nose as it encounters frozen water particles heats the snow into water, and the board glides over this thin film of water. Knowing this, product engineers must design the undersides of snowboards to ride on a surface that rapidly changes state.

To learn more about the different fields in which engineers work, check out Engineering Career Options.

To learn how our daily lives would be different were it not for engineering, check out What If Engineering Disappeared for a Day?.

To see what kinds of fun and work-saving innovations aspiring engineers have developed, check out Young Inventors.

National Science Digital Library

Teachers' Domain is proud to be a Pathways portal to the National Science Digital Library.

Please answer this survey question:

Thank you!

Your response has been received. Thanks for helping improve Teachers' Domain!

Source: Produced for Teachers' Domain

Resource Produced by:

WGBH Educational Foundation

Collection Developed by:

WGBH Educational Foundation

Collection Credits

Collection Funded by:

Argosy Foundation