In measuring values of distance and height, we can assume that measurements can be made with a measurement error of 0.05 m. Assume a projectile is launched horizontally with a height of 3 m, with a resulting range of 21.1 m. Using Min/Max and the equations of motion for a projectile, determine the time of flight of the projectile with most probable error.
In measuring values of distance and height, we can assume that measurements can be made with a measurement error of 0.05 m. Assume a projectile is launched horizontally with a height of 3 m, with a resulting range of 21.1 m. Using Min/Max and the equations of motion for a projectile, determine the time of flight of the projectile with most probable error.
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In measuring values of distance and height, we can assume that measurements can be made with a measurement error of 0.05 m. Assume a projectile is launched horizontally with a height of 3 m, with a resulting range of 21.1 m. Using Min/Max and the equations of motion for a projectile, determine the time of flight of the projectile with most probable error.
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