The measured distance between the two poles is 318 m. The tape used was standardized at 20 degrees C, and it has a coefficient of thermal expansion of 0.0000116/degree C. If the adjusted/corrected distance between the two poles is 318.103 m, calculate the temperature during the actual activity. a. 46.54 C O b. none of the other choices C. 52.10 C O d. 47.92 C
The measured distance between the two poles is 318 m. The tape used was standardized at 20 degrees C, and it has a coefficient of thermal expansion of 0.0000116/degree C. If the adjusted/corrected distance between the two poles is 318.103 m, calculate the temperature during the actual activity. a. 46.54 C O b. none of the other choices C. 52.10 C O d. 47.92 C
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:The measured distance between the two poles is
318 m. The tape used was standardized at 20
degrees C, and it has a coefficient of thermal
expansion of 0.0000116/degree C. If the
adjusted/corrected distance between the two poles
is 318.103 m, calculate the temperature during the
actual activity.
a.
46.54 C
O b. none of the other choices
C.
52.10 C
O d. 47.92 C
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