Determine the stationing for the following points: ENC, LC, PC, BFS, EFS, PT, LC, and ENC in a row given a horizontal curve with 37° intersecting angle on a two-lane highway with 12-ft lanes and a 55-mph design speed with a designated maximum superelevation of 6%. The radius for the horizontal curve has been set to 1060-ft. The Pl is located at station 152+03.44 and the highway has a constant 2.1% normal crown. Locate each point with its stationing on the drawing below.
Determine the stationing for the following points: ENC, LC, PC, BFS, EFS, PT, LC, and ENC in a row given a horizontal curve with 37° intersecting angle on a two-lane highway with 12-ft lanes and a 55-mph design speed with a designated maximum superelevation of 6%. The radius for the horizontal curve has been set to 1060-ft. The Pl is located at station 152+03.44 and the highway has a constant 2.1% normal crown. Locate each point with its stationing on the drawing below.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Determine the stationing for the following points: ENC, LC, PC, BFS, EFS, PT, LC, and
ENC in a row given a horizontal curve with 37° intersecting angle on a two-lane highway with 12-ft lanes
and a 55-mph design speed with a designated maximum superelevation of 6%. The radius for the
horizontal curve has been set to 1060-ft. The Pl is located at station 152+03.44 and the highway has a
constant 2.1% normal crown. Locate each point with its stationing on the drawing below.
PI = 152+03.44
Not to scale
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