A vertical parabolic curve has grades of + 4% and 2%, respectively, which intersects at station 2+100m. If the stopping sight distance is equal to 150m, compute: a.The maximum speed that a vehicle could Imove along this curve to avoid collision if the PIEV time of the driver is 2.5 sec. and the average skid resistance is 0.26. b.The length of the curve. c.The location, station, and elevation of the highest point in the curve if P.T. is at elevation 50m amsl.
A vertical parabolic curve has grades of + 4% and 2%, respectively, which intersects at station 2+100m. If the stopping sight distance is equal to 150m, compute: a.The maximum speed that a vehicle could Imove along this curve to avoid collision if the PIEV time of the driver is 2.5 sec. and the average skid resistance is 0.26. b.The length of the curve. c.The location, station, and elevation of the highest point in the curve if P.T. is at elevation 50m amsl.
Traffic and Highway Engineering
5th Edition
ISBN:9781305156241
Author:Garber, Nicholas J.
Publisher:Garber, Nicholas J.
Chapter15: Geometric Design Of Highway Facilities
Section: Chapter Questions
Problem 13P
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![Problem 3
A vertical parabolic curve has grades of + 4%
and
2%, respectively, which intersects at
station 2+100m. If the stopping sight distance
is equal to 150m, compute:
-
a.The maximum speed that a vehicle could
move along this curve to avoid collision if
the PIEV time of the driver is 2.5 sec. and the
average skid resistance is 0.26.
b.The length of the curve.
c. The location, station, and elevation of the
highest point in the curve if P.T. is at
elevation 50m amsl.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3899f52c-ff2f-4fbc-9dca-73df32705d6c%2F1c53f5bc-edf2-4881-b10e-56ceb5249cae%2Fi93uoy_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 3
A vertical parabolic curve has grades of + 4%
and
2%, respectively, which intersects at
station 2+100m. If the stopping sight distance
is equal to 150m, compute:
-
a.The maximum speed that a vehicle could
move along this curve to avoid collision if
the PIEV time of the driver is 2.5 sec. and the
average skid resistance is 0.26.
b.The length of the curve.
c. The location, station, and elevation of the
highest point in the curve if P.T. is at
elevation 50m amsl.
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