Aeronautical Computations
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Mathematics and aviation have gone hand in hand since the dawn of time. From the first flight of the Wright brothers, pilots have needed to perform calculations for every phase of flight. From calculating the aircraft's range to converting temperature. Thus, mathematics has become an indispensable part of the aeronautical world and any type of aircraft, regardless of its size and performance. While modern aircraft are equipped with computerized systems that perform all the calculations and relay the results to the pilot, in less-equipped aircraft, it is the pilot who must perform all the compu...
Mathematics and aviation have gone hand in hand since the dawn of time. From the first flight of the Wright brothers, pilots have needed to perform calculations for every phase of flight. From calculating the aircraft's range to converting temperature. Thus, mathematics has become an indispensable part of the aeronautical world and any type of aircraft, regardless of its size and performance. While modern aircraft are equipped with computerized systems that perform all the calculations and relay the results to the pilot, in less-equipped aircraft, it is the pilot who must perform all the computations to optimize resources and ensure flight safety. One of the mathematical cornerstones for aeronautical computations is the mathematical rule known as the "simple rule of three." A mathematical principle that has guaranteed success in aeronautical calculations and remains relevant today. In this work, you will not learn simple mathematics, but rather mathematics applied to aviation. This is not a mathematics book; it is an aeronautical book that will teach you some mathematical concepts to optimize your flight.
