Wing Area Effects Problem Set

 Introduce learners to what factoring represents and it's relationship to a square with a resource about factoring and the method of area models. The questions are scaffolded to begin with introductory questions and eventually have...

High school physicists demonstrate Bernoulli's Principle by blowing on different items and finding that they do not move in the expected direction! They apply Bernoulli's equation to the flight of an airplane. This well-organized lesson...

Being backwards isn't always bad. Scholars view a short video in the Real Engineering series to see why airplane wings are not straight and are angled backwards. The video provides a brief timeline of how airplane wings have evolved over...

More than 100,000 commercial flights take off every day, but how do the planes fly? Veritasium presents a video explaining the way wings work. It opens with the common misconception, then introduces two seemingly conflicting...

How does the 1973 oil crisis relate to winglets on airplane wings? Interested pupils view a video that explains why airplane wings have winglets. It turns out that the high cost of oil made more efficient wings a necessity.

How does an airplane stay aloft when upside down? This media-rich essay from the NOVA Web site offers an explanation based on Newton's third law of motion.

An explanation of the role lift plays in airplane take-off and flight.

Students demonstrate an understanding of the text by applying it to the calculations involving the area of a wing. They use an online textbook to help them calculate the area of the surface of wing planforms.

Students use FoilSim to design an airplane wing that generates a given lift. As they change parameters such as airspeed, altitude, angle of attack, thickness and curvature of the airfoil, and size of the wing area, the software...

Students use FoilSim to complete the activity and investigate the factors that affect lift and how wing area and lift are related.