NASA Logo - Web Link to Vertical Line

+ Text Only Site
+ Non-Flash Version
+ Contact Glenn


Wing Area Problems
If so instructed by your teacher, print out a worksheet page for these problems.

Image of Wing Areas: click on image for description


  1. Using the picture and dimensions provided, calculate the area of the Wright Brothers wing section and the F-18 Blue Angels wing. Record your answers in the data table.


  2. Open the FoilSim program. Set your airspeed =100, altitude =2,500, angle=5.0, thickness =12.5, and camber=0. Change the area by plugging in the values you calculated for each wing area and record the resulting lift force in your data table.


  3. Graph your results with the calculated values for area on the x-axis and the lift force on the y-axis. (Be sure to label your graph.)


  4. What is the relationship suggested by this graph?


  5. Find and record the slope of your graph.


  6. Using the calculated slope, write the equation for the line (on your graph) using the form
    L = Constant * A, where L is the lift, constant is the slope, and A is the area.


  7. Using your equation, calculate the lift produced by the Boeing 747 and Concorde (area given in table). Record your answers in the table.


  8. Using your equation, calculate the area of the Space Shuttle compound wing (lift given in table). Record your answer in the table.


  9. Design a trapezoid wing that will generate a lift force of 121,000 lbs. Your wing span (distance from wing tip to wing tip) may not exceed 95 feet.



Calculated Area


Wright Brothers rectangle



F-18 (Blue Angels) trapezoid



Space Shuttle compound


230,000 pounds

Boeing 747 trapezoid

2750 square feet


Concorde triangle

1820 square feet



Related Pages:
Lesson Index
Aerodynamics Index


     First Gov Image

+ Inspector General Hotline
+ Equal Employment Opportunity Data Posted Pursuant to the No Fear Act
+ Budgets, Strategic Plans and Accountability Reports
+ Freedom of Information Act
+ The President's Management Agenda
+ NASA Privacy Statement, Disclaimer,
and Accessibility Certification


NASA Logo   
Editor: Tom Benson
NASA Official: Tom Benson
Last Updated: Thu, Jun 12 04:46:39 PM EDT 2014

+ Contact Glenn