To determine her pace factor (PF), Nagyung paced a distance of 65 meters 8 times. The number of paces for each trial are as follows: 102, 104, 99, 96, 106, 104, 100, and 97. 3. What is Nagyung’s resulting pace factor? 4. If Nagyung took 331, 326, 320, 329, and 325 paces in walking between two points on a different location, what is the resulting length of the line? 5. If the taped distance between the two points is 215 m., determine the percentage error between the taped and paced distance.
To determine her pace factor (PF), Nagyung paced a distance of 65 meters 8 times. The number of paces for each trial are as follows: 102, 104, 99, 96, 106, 104, 100, and 97. 3. What is Nagyung’s resulting pace factor? 4. If Nagyung took 331, 326, 320, 329, and 325 paces in walking between two points on a different location, what is the resulting length of the line? 5. If the taped distance between the two points is 215 m., determine the percentage error between the taped and paced distance.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Situation 3. To determine her pace factor (PF), Nagyung paced a distance of 65 meters 8 times. The number of paces for each trial are as follows: 102, 104, 99, 96, 106, 104, 100, and 97.
3. What is Nagyung’s resulting pace factor?
4. If Nagyung took 331, 326, 320, 329, and 325 paces in walking between two points on a different location, what is the resulting length of the line?
5. If the taped distance between the two points is 215 m., determine the percentage error between the taped and paced distance.
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