The highway engineer of a certain road construction decided to use a radius of 100 m. in laying out a simple curve having an angle of intersection of 36'20', The stationing of the vertex is 30 + 375.20 after verifying the actual conditlons of the proposed route, it was found out that the P.T, should be moved out in a parallel tangent having a perpendicular distance of 10 meters with the angle of intersection remaining the same while the curve shall have the same P.C. Compute the new tangent distance. @ Compute the new radius of curve 3 Compute the stationing of new P.T.
The highway engineer of a certain road construction decided to use a radius of 100 m. in laying out a simple curve having an angle of intersection of 36'20', The stationing of the vertex is 30 + 375.20 after verifying the actual conditlons of the proposed route, it was found out that the P.T, should be moved out in a parallel tangent having a perpendicular distance of 10 meters with the angle of intersection remaining the same while the curve shall have the same P.C. Compute the new tangent distance. @ Compute the new radius of curve 3 Compute the stationing of new P.T.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:The highway engineer of a certain road
construction decided to use a radius of 100 m.
in laying out a simple curve having an angle of
intersection of 36'20', The stationing of the
vertex is 30 + 375.20 after verifying the actual
conditions of the proposed route, it was found
out that the P.T. should be moved out in a
parallel tangent having a perpendicular
distance of 10 meters with the angle of
intersection remaining the same while the
curve shall have the same P.C.
O Compute the new tangent distance.
@ Compute the new radius.of curve.
3 Compute the stationing of new P.T.
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