5. Using the Clarke 1866 Ellipsoid Parameters, Calculate the following: • Meridional Section Radius at 75degrees latitude. Prime Vertical Section Radius at 75degrees latitude. Radius of curvature of normal sections at any azimuth, given azimuth of 85 degrees • Radius of Parallel. • Length of Parallel Arc of longitude of 115degrees. • Gaussian Mean Radius Radius of the sphere having the mean of the three semi-axes of the ellipsoid. Spherical radius of sphere having the same area of ellipsoid Radius of the sphere having the same volume as ellipsoid.
5. Using the Clarke 1866 Ellipsoid Parameters, Calculate the following: • Meridional Section Radius at 75degrees latitude. Prime Vertical Section Radius at 75degrees latitude. Radius of curvature of normal sections at any azimuth, given azimuth of 85 degrees • Radius of Parallel. • Length of Parallel Arc of longitude of 115degrees. • Gaussian Mean Radius Radius of the sphere having the mean of the three semi-axes of the ellipsoid. Spherical radius of sphere having the same area of ellipsoid Radius of the sphere having the same volume as ellipsoid.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![5. Using the Clarke 1866 Ellipsoid Parameters, Calculate the following:
Meridional Section Radius at 75degrees latitude.
Prime Vertical Section Radius at 75degrees latitude.
Radius of curvature of normal sections at any azimuth, given azimuth of 85
degrees
• Radius of Parallel.
Length of Parallel Arc of longitude of 115degrees.
• Gaussian Mean Radius
Radius of the sphere having the mean of the three semi-axes of the ellipsoid.
Spherical radius of sphere having the same area of ellipsoid
Radius of the sphere having the same volume as ellipsoid.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1f6dcc75-a57d-4e57-89d6-bf3f0e44e7e6%2F6bc632bb-cad0-4e91-a9f8-00d68061aee0%2Fzese74r_processed.png&w=3840&q=75)
Transcribed Image Text:5. Using the Clarke 1866 Ellipsoid Parameters, Calculate the following:
Meridional Section Radius at 75degrees latitude.
Prime Vertical Section Radius at 75degrees latitude.
Radius of curvature of normal sections at any azimuth, given azimuth of 85
degrees
• Radius of Parallel.
Length of Parallel Arc of longitude of 115degrees.
• Gaussian Mean Radius
Radius of the sphere having the mean of the three semi-axes of the ellipsoid.
Spherical radius of sphere having the same area of ellipsoid
Radius of the sphere having the same volume as ellipsoid.
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