A tape weighting 2 lb (A=0.006 sq.in.); E=29,000,000 psi) has a length of 100.00 ft under a pull of 10 lb when supported for its full length. The tape is used to measure a line with the tape supported at its ends and in the center with a pull of 35 lb. if the value obtained is 2686.xx ft., what should the correct distance be? Know: W= 2 lb. L₁= 100.00 ft. P₁= 10 lb A=0.006 sq. in. total measured distance= 2686.xx ft. Find sage correction, pulling correction and true measured distance E=29,000,000 psi p= 35 lb

A tape weighting 2 lb (A=0.006 sq.in.); E=29,000,000 psi) has a length of 100.00 ft under a pull of 10 lb when supported for its full length. The tape is used to measure a line with the tape supported at its ends and in the center with a pull of 35 lb. if the value obtained is 2686.xx ft., what should the correct distance be? Know: W= 2 lb. L₁= 100.00 ft. P₁= 10 lb A=0.006 sq. in. total measured distance= 2686.xx ft. Find sage correction, pulling correction and true measured distance E=29,000,000 psi p= 35 lb

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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