11A). The air speed over the top of a wing needs to be faster than the air speed under the wing. This creates a pressure difference that lifts the airplane. Most airplanes need a pressure difference of about 1000N/m^2 to over come their weight. During take-off, the plane's speed and; therefore, the airspeed under the wing is 60.0m/s. How fast is the air speed above the wing in order to lift the airplane? Air above the wing must travel a greater distance Airflow
11A). The air speed over the top of a wing needs to be faster than the air speed under the wing. This creates a pressure difference that lifts the airplane. Most airplanes need a pressure difference of about 1000N/m^2 to over come their weight. During take-off, the plane's speed and; therefore, the airspeed under the wing is 60.0m/s. How fast is the air speed above the wing in order to lift the airplane? Air above the wing must travel a greater distance Airflow
Related questions
Question
J 6
Transcribed Image Text:11A). The air speed over the top of a wing needs to be faster than the air speed under the wing.
This creates a pressure difference that lifts the airplane. Most airplanes need a pressure difference
of about 1000N/m^2 to over come their weight. During take-off, the plane's speed and; therefore,
the airspeed under the wing is 60.0m/s. How fast is the air speed above the wing in order to lift
the airplane?
Air above the wing must
travel a greater distance
Airflow
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
