A forward tangent having a slope of -4% intersects a back tangent having a slope of +7% at point V at station 7+325 having an elevation of 230m. It is required to connect the two tangents with unsymmetrical parabolic curve that shall pass through point A on the curve having an elevation of 227.57m at station 7+295. The length of the curve is 60m on the side of the back tangent. a.) Determine the length of the curve on the side of the forward tangent. b.) Determine the stationing of the highest point of the curve. c.) Determine the elevation of the highest point of the curve d.) Determine the elevation of the point of the curve at station 7+350.
A forward tangent having a slope of -4% intersects a back tangent having a slope of +7% at point V at station 7+325 having an elevation of 230m. It is required to connect the two tangents with unsymmetrical parabolic curve that shall pass through point A on the curve having an elevation of 227.57m at station 7+295. The length of the curve is 60m on the side of the back tangent. a.) Determine the length of the curve on the side of the forward tangent. b.) Determine the stationing of the highest point of the curve. c.) Determine the elevation of the highest point of the curve d.) Determine the elevation of the point of the curve at station 7+350.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A forward tangent having a slope of -4% intersects a back tangent having a
slope of +7% at point V at station 7+325 having an elevation of 230m. It is
required to connect the two tangents with unsymmetrical parabolic curve
that shall pass through point A on the curve having an elevation of 227.57m
at station 7+295. The length of the curve is 60m on the side of the back
tangent.
a.) Determine the length of the curve on the side of the forward tangent.
b.) Determine the stationing of the highest point of the curve.
c.) Determine the elevation of the highest point of the curve
d.) Determine the elevation of the point of the curve at station 7+350.
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