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Q2: Two intersecting profile g gradient. They are to be joined by a parabolic of the PVT= 740.09m, RL PVT = 92.91m. 1. Set out the vertical curve at stations 680 ar 2. Calculate the length of the single Chord be

Q2: Two intersecting profile g gradient. They are to be joined by a parabolic of the PVT= 740.09m, RL PVT = 92.91m. 1. Set out the vertical curve at stations 680 ar 2. Calculate the length of the single Chord be

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q2: Two intersecting profile gradients consist of a +1.5% gradient meeting a -1% gradient. They are to be joined by a parabolic vertical curve 137.5m long. Station of the PVT= 740.09m, RL PVT = 92.91m. 1. Set out the vertical curve at stations 680 and 720. 2. Calculate the length of the single Chord between station 680 and 720. 3. Find the chainage and RL for the low/high point. 4. The gradient at station 740 whe
Transcribed Image Text:Q2: Two intersecting profile gradients consist of a +1.5% gradient meeting a -1% gradient. They are to be joined by a parabolic vertical curve 137.5m long. Station of the PVT= 740.09m, RL PVT = 92.91m. 1. Set out the vertical curve at stations 680 and 720. 2. Calculate the length of the single Chord between station 680 and 720. 3. Find the chainage and RL for the low/high point. 4. The gradient at station 740 whe
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