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(d). A 30 m steel tape was standardized under 40 N pull at 66°F. It was suspended in 5 equal spans during measurement. The temperature during measurement was 92°F and the pull exerted was 100 N. The area of cross-section of the tape was 8 mm². The unit weight of steel tape was 78 kN/m². Take a 6.3 x 10°F. E= 2 x 10' N/mm². Find the length of tape. (e). The following observations were made for a closed traverse round an obstacle. Due to obstruction.

(d). A 30 m steel tape was standardized under 40 N pull at 66°F. It was suspended in 5 equal spans during measurement. The temperature during measurement was 92°F and the pull exerted was 100 N. The area of cross-section of the tape was 8 mm². The unit weight of steel tape was 78 kN/m². Take a 6.3 x 10°F. E= 2 x 10' N/mm². Find the length of tape. (e). The following observations were made for a closed traverse round an obstacle. Due to obstruction.

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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(d). A 30 m steel tape was standardized under 40 N pull at 66°F. It was suspended in 5 equal spans during measurement. The temperature during measurement was 92°F and the pull exerted was 100 N. The area of cross-section of the tape was 8 mm². The unit weight of steel tape was 78 kN/m². Take a = 6.3 × 10 F. E= 2 × 10' N/mm². Find the length of tape. (e). The following observations were made for a closed traverse round an obstacle. Due to obstruction, lengths of lines, DE and EA could not be measured. Find out the missing lengths. Line Length Bearing
Transcribed Image Text:(d). A 30 m steel tape was standardized under 40 N pull at 66°F. It was suspended in 5 equal spans during measurement. The temperature during measurement was 92°F and the pull exerted was 100 N. The area of cross-section of the tape was 8 mm². The unit weight of steel tape was 78 kN/m². Take a = 6.3 × 10 F. E= 2 × 10' N/mm². Find the length of tape. (e). The following observations were made for a closed traverse round an obstacle. Due to obstruction, lengths of lines, DE and EA could not be measured. Find out the missing lengths. Line Length Bearing
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