Flight Path
In space and astronautical engineering, Flight Path refers to the trajectory followed by a spacecraft or a rocket from launch until it reaches its destination. The flight path is determined by the initial velocity, the gravitational forces acting on the spacecraft, and the propulsion system used. The flight path can be influenced by various factors such as atmospheric drag, gravitational pull of celestial bodies, and the need to perform course corrections. Engineers use mathematical models and simulations to design and optimize the flight path of a spacecraft or rocket to ensure that it reaches its destination safely and efficiently. The flight path is also important for scientific missions as it determines the observation angles and the duration of observations.
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