How to Use Geometry to Land a Fighter Jet

This video shows you How to Use Geometry to Land a Fighter Jet.
Piloting an aircraft requires a significant amount of knowledge, especially math.
Landing a Fighter Jet is more challenging than a commercial plane because you will need to land a Fighter Jet coming in at 170 mph onto the runway of a moving aircraft carrier at sea.
So math (geometry in particular) is important in this situation to analyze the problems.
One of the most vital geometrical calculations for landing Fighter Jet is figuring out where the tail hook will land on the deck or where the hook attached to the aircraft will touch down and then hook the line on the ship. It allows the aircraft to stop safely.
Pilots must use geometry to calculate taking-off and landing angles. The aircraft has recommended take-off and landing angles. If the pilot descends or descends at a too steep slope, it can lead to a tail collision when the plane's tail hits the runway. This can damage the aircraft and possibly cause it to crash.
Speed, altitude, and distance from the destination are factors that pilots use when determining the angle of landing and the angle of climb.
Learn more: https://lmt.co/3habzTK

Video Chapters:
0:00 Intro
0:35 Math in Aviation
2:21 Your Turn
4:58 Outro

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Cre: @LockheedMartin (YouTube)