A vertical curve of 1,000-ft is designed to connect a grade of +4% to a grade of -5%. The V.P.I, is located at station 1,500 + 55 and has a known elevation of 500 ft. Find the following: a. The station of the V.P.C. and the V.P.T. b. The elevation of the VP.C. and the VPT 1c. The elevation of points along the vertical curve at 100-ft intervals d. "The location and elevation of the high point on the curve.
A vertical curve of 1,000-ft is designed to connect a grade of +4% to a grade of -5%. The V.P.I, is located at station 1,500 + 55 and has a known elevation of 500 ft. Find the following: a. The station of the V.P.C. and the V.P.T. b. The elevation of the VP.C. and the VPT 1c. The elevation of points along the vertical curve at 100-ft intervals d. "The location and elevation of the high point on the curve.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A vertical curve of 1,000-ft is designed to connect a grade of +4% to a grade of -5%. The V.P.I, is located at station 1,500 + 55 and has a known elevation of 500 ft. Find the following:
a. The station of the V.P.C. and the V.P.T.
b. The elevation of the VP.C. and the VPT
1c. The elevation of points along the vertical curve at 100-ft intervals
d. "The location and elevation of the high point on the curve.
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