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For the following data, compute the horizontal distances from the recorded slope lengths AB. You must provide solutions to support your answer: 1) AB = 5,280 ft, slope angle = 0° 45' 33" 2) AB = 3,428.67 ft, difference in elevation A to B = 8.75 ft 3) AB = 1,345.87 ft, grade = 10.7% Formula H = Sx Cos (Slope angle), where H = Horizontal Distance and S = Slope Distance, like AB Grade (%) = (Rise/Run) x 100, where Rise = vertical elevation difference, and Run = horizontal distance

For the following data, compute the horizontal distances from the recorded slope lengths AB. You must provide solutions to support your answer: 1) AB = 5,280 ft, slope angle = 0° 45' 33" 2) AB = 3,428.67 ft, difference in elevation A to B = 8.75 ft 3) AB = 1,345.87 ft, grade = 10.7% Formula H = Sx Cos (Slope angle), where H = Horizontal Distance and S = Slope Distance, like AB Grade (%) = (Rise/Run) x 100, where Rise = vertical elevation difference, and Run = horizontal distance

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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For the following data, compute the horizontal distances from the recorded slope lengths AB. You must provide solutions to support your answer: 1) AB = 5,280 ft, slope angle = 0° 45' 33" 2) AB = 3,428.67 ft, difference in elevation A to B = 8.75 ft 3) AB = 1,345.87 ft, grade = 10.7% Formula H = Sx Cos (Slope angle), where H = Horizontal Distance and S = Slope Distance, like AB Grade (%) = (Rise/Run) x 100, where Rise = vertical elevation difference, and Run = horizontal distance
Transcribed Image Text:For the following data, compute the horizontal distances from the recorded slope lengths AB. You must provide solutions to support your answer: 1) AB = 5,280 ft, slope angle = 0° 45' 33" 2) AB = 3,428.67 ft, difference in elevation A to B = 8.75 ft 3) AB = 1,345.87 ft, grade = 10.7% Formula H = Sx Cos (Slope angle), where H = Horizontal Distance and S = Slope Distance, like AB Grade (%) = (Rise/Run) x 100, where Rise = vertical elevation difference, and Run = horizontal distance
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