The azimuth of a line was determined by observing the altitude of a star from the western hemisphere on Aug. 19, 2006. The line is located in an area with a latitude of 48°15'24". The star was observed to have a zenith angle of 32°44’56", declination of 10°26°37", and horizontal reading of 113°16'07". Calculate the corrected azimuth of the line.
The azimuth of a line was determined by observing the altitude of a star from the western hemisphere on Aug. 19, 2006. The line is located in an area with a latitude of 48°15'24". The star was observed to have a zenith angle of 32°44’56", declination of 10°26°37", and horizontal reading of 113°16'07". Calculate the corrected azimuth of the line.
Chapter2: Loads On Structures
Section: Chapter Questions
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![Problem 9
The azimuth of a line was determined by observing the altitude of a star from the western
hemisphere on Aug. 19, 2006. The line is located in an area with a latitude of 48°15'24". The star
was observed to have a zenith angle of 32°44'56", declination of 10°26'37", and horizontal reading
of 113°16'07". Calculate the corrected azimuth of the line.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd29ed5af-a0ea-4a41-b783-a6a4cd1b507b%2Fe7eeb5f9-73d7-4d41-bf87-bf0890d28f2f%2Fn572za3_processed.png&w=3840&q=75)
Transcribed Image Text:Problem 9
The azimuth of a line was determined by observing the altitude of a star from the western
hemisphere on Aug. 19, 2006. The line is located in an area with a latitude of 48°15'24". The star
was observed to have a zenith angle of 32°44'56", declination of 10°26'37", and horizontal reading
of 113°16'07". Calculate the corrected azimuth of the line.
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