The distance covered by an aerial photograph is determined by both the focal length of the camera and the tilt of the camera from the perpendicular to the ground. A camera lens with a 6-in focal length has an angular coverage of 86°. Suppose an aerial photograph is taken vertically with no tilt at an altitude of 3700 ft over ground with an increasing slope of 8°, as shown in the figure. Calculate the ground distance CB that would appear in the resulting photograph. A ground distance of ft would appear in the photograph. (Round to the nearest hundred as needed.) 86° 80 B

Advanced Engineering Mathematics
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The distance covered by an aerial photograph is determined by both the focal length of the camera and the tilt of the camera from the perpendicular to the ground.
A camera lens with a 6-in focal length has an angular coverage of 86°. Suppose an aerial photograph is taken vertically with no tilt at an altitude of 3700 ft over
ground with an increasing slope of 8°, as shown in the figure. Calculate the ground distance CB that would appear in the resulting photograph.
A ground distance of
ft would appear in the photograph.
(Round to the nearest hundred as needed.)
86°
80
B
Transcribed Image Text:The distance covered by an aerial photograph is determined by both the focal length of the camera and the tilt of the camera from the perpendicular to the ground. A camera lens with a 6-in focal length has an angular coverage of 86°. Suppose an aerial photograph is taken vertically with no tilt at an altitude of 3700 ft over ground with an increasing slope of 8°, as shown in the figure. Calculate the ground distance CB that would appear in the resulting photograph. A ground distance of ft would appear in the photograph. (Round to the nearest hundred as needed.) 86° 80 B
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