An airplane, flying at 450 km/hr at a constant altitude of 5 km, is approaching a camera mounted on the ground. Let 0 be the angle of clevation above the ground at which the camera is pointed. When 0 = 1/3, how fast docs the camera have to rotate in order to keep the plane in view?
An airplane, flying at 450 km/hr at a constant altitude of 5 km, is approaching a camera mounted on the ground. Let 0 be the angle of clevation above the ground at which the camera is pointed. When 0 = 1/3, how fast docs the camera have to rotate in order to keep the plane in view?
Chapter1: Equations, Inequalities, And Mathematical Modeling
Section1.1: Graphs Of Equations
Problem 9ECP
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6. An airplane, flying at 450 km/hr at a constant altitude of 5 km, is approaching a cameramounted on the ground. Let θ be the angle of elevation above the ground at which the camerais pointed. When θ=π~3, how fast does the camera have to rotate in order to keep the planein view?
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