A vertical summit curve has its highest point of the curve at a distance of 48m from the PVT. The back tangent has a grade of +6% and a forward grade of -4%. The curve passes through point A on the curve at station 25+140. The elevation of the grade intersection is 100m at 25+160 Compute the length of the curve. Compute the difference in elevation between the PVI and the vertical curve elevation at midpoint of the curve. Compute the elevation of A on the curve.
A vertical summit curve has its highest point of the curve at a distance of 48m from the PVT. The back tangent has a grade of +6% and a forward grade of -4%. The curve passes through point A on the curve at station 25+140. The elevation of the grade intersection is 100m at 25+160 Compute the length of the curve. Compute the difference in elevation between the PVI and the vertical curve elevation at midpoint of the curve. Compute the elevation of A on the curve.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A vertical summit curve has its highest point of the curve at a distance of 48m from the PVT. The back tangent has a grade of +6% and a forward grade of -4%. The curve passes through point A on the curve at station 25+140. The elevation of the grade intersection is 100m at 25+160
Compute the length of the curve.
Compute the difference in elevation between the PVI and the vertical curve elevation at midpoint of the curve.
Compute the elevation of A on the curve.
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