A distance was measured on a uniform slope of 7% and was found to be 2345.21 ft. The tape temperature at the time of the measurement was 18 degree F, the tension was 10 Ib and the tape was supported throughout ts full length. What is the correct horizontal distance measured if the tape is 100.05 ft long at 58 degree F and Ib tension, when supported throughout its full length? The tape cross-sectional area is 0.015 in2, the coefficient of thermal expansion expansion is 6.5 times 10-6/degree F, and the modulus of elasticity 2.9 times 1.03 lb/in~2.
A distance was measured on a uniform slope of 7% and was found to be 2345.21 ft. The tape temperature at the time of the measurement was 18 degree F, the tension was 10 Ib and the tape was supported throughout ts full length. What is the correct horizontal distance measured if the tape is 100.05 ft long at 58 degree F and Ib tension, when supported throughout its full length? The tape cross-sectional area is 0.015 in2, the coefficient of thermal expansion expansion is 6.5 times 10-6/degree F, and the modulus of elasticity 2.9 times 1.03 lb/in~2.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A distance was measured on a uniform slope of 7% and was found to be 2345.21 ft. The tape temperature at the time of the measurement was 18 degree F, the tension was 10 Ib and the tape was supported throughout ts full length. What is the correct horizontal distance measured if the tape is 100.05 ft long at 58 degree F and Ib tension, when supported throughout its full length? The tape cross-sectional area is 0.015 in2, the coefficient of thermal expansion expansion is 6.5 times 10-6/degree F, and the modulus of elasticity 2.9 times 1.03 lb/in~2.
Transcribed Image Text:A distance was measured on a uniform slope of 7% and was found to be 2345.21 ft. The tape temperature at the time of the measurement
was 18 degree F, the tension was 10 lb and the tape was supported throughout its full length. What is the correct horizontal distance
measured if the tape is 100.05 ft long at 58 degree F and lb tension, when supported throughout its full length? The tape cross-sectional
area is 0.015 in^2, the coefficient of thermal expansion expansion is 6.5 times 10^-6/degree F, and the modulus of elasticity 2.9 times 1.0^3
Ib/in^2.
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