An airplane flies at an altitude of y = 6 miles toward a point directly over...

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An airplane flies at an altitude of y = 6 miles toward a point directly over an observer (see figure). The speed of the plane is 600 miles per hour. Find the rates (in radians per hour) at which the angle of elevation 0 is changing when the angle is 0 = 45°, 0 = 60°, and 0 = 75⁰. (a) (b) (c) 0 = 45° 0 = 60° rad/hr rad/hr y mi Not drawn to scale 0 = 75° (Round your answer to two decimal places.) rad/hr An airplane flies at an altitude of y = 6 miles toward a point directly over an observer (see figure). The speed of the plane is 600 miles per hour. Find the rates (in radians per hour) at which the angle of elevation 0 is changing when the angle is 0 = 45°, 0 = 60°, and 0 = 75⁰. (a) (b) (c) 0 = 45° 0 = 60° rad/hr rad/hr y mi Not drawn to scale 0 = 75° (Round your answer to two decimal places.) rad/hr

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To find the angular speed in radians per hour when the angle is in degrees we need to convert the an... View the full answer