INSTRUCTIONS: Write your complete solutions with illustrations. 1. A compound curve is laid out 480 m from the PC to the PCC having a radius of 763.94 m. Then from the PCC another curve was laid out to the PT 250 m long with a radius of 208.85 m. If the stationing of the point of intersection of the tangents is 10+432.25 a. Determine the stationing of the PC b. Determine the length of the long chord from the PC to the PT c. Determine the angle that the long makes with the tangent.

INSTRUCTIONS: Write your complete solutions with illustrations. 1. A compound curve is laid out 480 m from the PC to the PCC having a radius of 763.94 m. Then from the PCC another curve was laid out to the PT 250 m long with a radius of 208.85 m. If the stationing of the point of intersection of the tangents is 10+432.25 a. Determine the stationing of the PC b. Determine the length of the long chord from the PC to the PT c. Determine the angle that the long makes with the tangent.

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 7P

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ASAP. PLEASE INCLUDE ILLUSTRATIONS

INSTRUCTIONS: Write your complete solutions with illustrations.
1. A compound curve is laid out 480 m from the PC to the PCC having a radius of
763.94 m. Then from the PCC another curve was laid out to the PT 250 m long
with a radius of 208.85 m. If the stationing of the point of intersection of the
tangents is 10+432.25
a. Determine the stationing of the PC
b. Determine the length of the long chord from the PC to the PT
c. Determine the angle that the long makes with the tangent.

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