14 ATPL Training video Principles of Flight 14 Lift Wing Tip Vortices

This video in the series of ATPL training videos - principle of flight explains Wing tip vortices including change in effective angle of attack.

Welcome to the 14th video in our Principles of Flight series. In this video, we'll be discussing wing tip vortices, a phenomenon that occurs at the tips of an aircraft's wings and plays a critical role in lift generation. Understanding wing tip vortices is crucial for pilots studying for their Airline Transport Pilot Licence (ATPL) exams, as it can affect aircraft performance and safety during takeoff, landing, and in-flight.

We'll start by defining wing tip vortices and exploring the physics behind them. We'll discuss how the pressure difference between the upper and lower surfaces of the wing creates a swirling motion at the wingtips, resulting in a pair of counter-rotating vortices.

We'll also look at the factors that affect wing tip vortices, such as aircraft size, weight, and speed, and how pilots can take measures to avoid flying through or near them.

By the end of this video, you'll have a better understanding of wing tip vortices and how they impact aircraft performance and safety. Whether you're a student pilot or an experienced aviator, this video will provide valuable insights into the principles of flight and the physics of aviation.

So, join us for an informative journey into the world of aviation and the principles of flight!

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AS WIND FLOW OVER THE WING ON THE TIPS THERE ARE VORTICIES? THEY ROTATE FROM CHORD DOWNWARD AND INWARD?

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THE VORTICIES FROM OTHER WING SURFACES REDUCE THE ANGLE OF ATTACK?

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THE VORTICES REDUCE ANGLE OF ATTACK OF THE CHORD ANGLE?

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AIR FLOW DIFFERENTALS ARE IVER TOP AND BOTTOM OF ING WITH LOWER AT TOP?