PROBLEM 6: A highway engineer must stake a symmetrical vertical curve where an entering grade of +0.80% meets an existing grade of - 0.40% at station 10 + 100 which has an elevation of 140.36 m. the legth of the curve is known to be 120m. 1. Determine the vertical distance between the highest point and PT. 2. Determine the elevation at the highest point.
PROBLEM 6: A highway engineer must stake a symmetrical vertical curve where an entering grade of +0.80% meets an existing grade of - 0.40% at station 10 + 100 which has an elevation of 140.36 m. the legth of the curve is known to be 120m. 1. Determine the vertical distance between the highest point and PT. 2. Determine the elevation at the highest point.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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PROBLEM 6: A highway engineer must stake a symmetrical vertical curve where an entering grade of +0.80% meets an existing grade of -
0.40% at station 10 + 100 which has an elevation of 140.36 m. the legth of the curve is known to be 120m.
1. Determine the vertical distance between the highest point and PT.
2. Determine the elevation at the highest point.
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