Problem 01: A 100-ft steel tape standardized at 68° F and supported under a tension of 20 Ib, was found to be 100.012ft long. The tape had a cross-sectional area of 0.0078 in^2 and a weight of 0.0266lb/ft. The ground is on a smooth level grade, thus the tape will be fully supported. Assume a temperature increase of 19°F. Assume thermal coefficient equal to 0.00000645/°F Determine total correction (due to incorrect length and temperature) to be applied to lay out a horizontal distance of 175 ft. * (Final answers until 3-decimal places only. Indicate the unit)
Problem 01: A 100-ft steel tape standardized at 68° F and supported under a tension of 20 Ib, was found to be 100.012ft long. The tape had a cross-sectional area of 0.0078 in^2 and a weight of 0.0266lb/ft. The ground is on a smooth level grade, thus the tape will be fully supported. Assume a temperature increase of 19°F. Assume thermal coefficient equal to 0.00000645/°F Determine total correction (due to incorrect length and temperature) to be applied to lay out a horizontal distance of 175 ft. * (Final answers until 3-decimal places only. Indicate the unit)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Problem 01: A 100-ft steel tape standardized
at 68° F and supported under a tension of 20
Ib, was found to be 100.012ft long. The tape
had a cross-sectional area of 0.0078 in^2
and a weight of 0.0266lb/ft. The ground is
on a smooth level grade, thus the tape will
be fully supported. Assume a temperature
increase of 19°F. Assume thermal coefficient
equal to 0.00000645/°F
Determine total correction (due to incorrect
length and temperature) to be applied to lay
out a horizontal distance of 175 ft. *
(Final answers until 3-decimal places only. Indicate the
unit)
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