FLINN
PAVO
Address P.O. Box 219 Batavia, IL 60510
Phone 800-452-1261
Fax 866-452-1436
Email flinn@flinnsci.com

Wind Beneath the Wings? Unit from Take Flight: Investigating the Aviation Industry

FlinnSTEM Powered by IMSA Fusion

Try a Unit from the Award-Winning IMSA Fusion STEM Program
Try a Unit from the Award-Winning IMSA Fusion STEM Program

Item #: AP9975

Price: $64.15

Unit Kits from the Award-Winning IMSA Fusion STEM Program.

See more product details

Options:

Other Options

Item# AP9984 AP9976 AP9972 AP9971 AP9973 AP9983 AP9981 AP9979 AP9977 AP9970 AP9980 AP9982 AP9974 AP9975 AP9978
Unit Name Aerial Ladder Engine Ashes, Ashes, We All Fall Down Blast Off! Building Martian Cargo Rovers Caesar’s Cipher Come Scale Away Coral Reefs Crash Waves Investigating Claims Nutrient Management Physical and Chemical Changes Season Creep Silicates and Light Wind Beneath the Wings? Zip Line Challenge
From Progam Fighting Fire with STEM Medieval: STEM Through the Middle Ages Mars: Manifest Destiny Mars: Manifest Destiny Secret Communications: Sharing Concealed Messages Synthetic Scorecard: Building the Future of Biology Climate Change: The Future Is Now Dive In: Oceanographic Engineering What’s the Story, Data? Out of the Silo: Agronomic STEM You Be the Judge Climate Change: The Future Is Now Materials Science: Living in a Material World Take Flight: Investigating the Aviation Industry Engineering: Design and Build
Price $72.05 $59.95 $60.20 $78.25 $38.35 $42.55 $51.15 $59.15 $82.35 $45.80 $65.40 $20.55 $67.90 $64.15 $71.00
Enter number of items

Product Details

Try a Unit Kit from the Award-Winning IMSA Fusion STEM Program to get a glimpse into what the larger curriculum modules have to offer your classroom and your students.

Specifications

In this unit from the award-winning IMSA Fusion STEM program, students will gain an understanding of the conditions that are necessary for an aircraft weighing more than 1.2 million pounds to get off the ground. Moving through activity stations, students use various materials to investigate the variables that are important for lift, with special emphasis being placed on the shape of an airfoil, angle of attack and airspeed. Then students design and test an airplane’s wing using an online computer simulation inspired by the Wright Brothers.

Includes materials for 30 students, writable student content and access to detailed digital teacher content with professional development videos (1-year license). Grades 6–8.