An airplane is flying at a constant altitude of 3 miles and a constant speed of 500 miles per hour on a straight course that will take it directly over an elephant on the ground. How fast is the angle of elevation of the elephant’s line of sight increasing when the distance from elephant to the plane is 5 miles? Give your answer in radians per minute.
An airplane is flying at a constant altitude of 3 miles and a constant speed of 500 miles per hour on a straight course that will take it directly over an elephant on the ground. How fast is the angle of elevation of the elephant’s line of sight increasing when the distance from elephant to the plane is 5 miles? Give your answer in radians per minute.
An airplane is flying at a constant altitude of 3 miles and a constant speed of 500 miles per hour on a straight course that will take it directly over an elephant on the ground. How fast is the angle of elevation of the elephant’s line of sight increasing when the distance from elephant to the plane is 5 miles? Give your answer in radians per minute.
An airplane is flying at a constant altitude of 3 miles and a constant speed of 500 miles per hour on a straight course that will take it directly over an elephant on the ground. How fast is the angle of elevation of the elephant’s line of sight increasing when the distance from elephant to the plane is 5 miles? Give your answer in radians per minute.
Figure in plane geometry formed by two rays or lines that share a common endpoint, called the vertex. The angle is measured in degrees using a protractor. The different types of angles are acute, obtuse, right, straight, and reflex.
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