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126 Determine the predicted declinations on December 11, 2019, using the WMM-2015 model at the following locations. (a)* Latitude = 42°58′28″N, longitude = 77°12'36″W, elevation = 310.0 m; (b) Latitude = 37°56'44″N, longitude = 110°50'40″W, elevation = 1500.0 m; (c) Latitude = 41°18'15"N, longitude = 76°00'26″W, elevation = 240.0 m.

126 Determine the predicted declinations on December 11, 2019, using the WMM-2015 model at the following locations. (a)* Latitude = 42°58′28″N, longitude = 77°12'36″W, elevation = 310.0 m; (b) Latitude = 37°56'44″N, longitude = 110°50'40″W, elevation = 1500.0 m; (c) Latitude = 41°18'15"N, longitude = 76°00'26″W, elevation = 240.0 m.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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126 Determine the predicted declinations on December 11, 2019, using the WMM-2015 model at the following locations. (a)* Latitude = 42°58'28″N, longitude = 77°12'36″W, elevation = 310.0 m; (b) Latitude = 37°56'44″N, longitude = 110°50'40″W, elevation = 1500.0 m; (c) Latitude = 41°18'15"N, longitude = 76°00'26″W, elevation = 240.0 m.
Transcribed Image Text:126 Determine the predicted declinations on December 11, 2019, using the WMM-2015 model at the following locations. (a)* Latitude = 42°58'28″N, longitude = 77°12'36″W, elevation = 310.0 m; (b) Latitude = 37°56'44″N, longitude = 110°50'40″W, elevation = 1500.0 m; (c) Latitude = 41°18'15"N, longitude = 76°00'26″W, elevation = 240.0 m.
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