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curve of the new road. Also, determine the st vertical curve. G₁ = -4%; G₂ = Sta. P = 5 +850; Elev Sta. BVC = 5 + 680; Elev L = 481.67 m, STA. Lowest Point = 6 +001 Elev. EVC 200.18 m

curve of the new road. Also, determine the st vertical curve. G₁ = -4%; G₂ = Sta. P = 5 +850; Elev Sta. BVC = 5 + 680; Elev L = 481.67 m, STA. Lowest Point = 6 +001 Elev. EVC 200.18 m

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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A new road is being proposed to intersect an existing highway at location P. Determine the length of the vertical curve of the new road. Also, determine the stationing and elevation of the lowest point and the end of vertical curve. G₁ = -4%; G₂ = +2% Sta. P = 5 +850; Elev. P = 200 m Sta. BVC = 5 + 680; Elev. BVC = 205 m Answer: L = 481.67 m, STA. Lowest Point = 6 +001, Elev. Lowest Point = 198.58 m, STA. EVC = 6+162, Elev. EVC = 200.18 m
Transcribed Image Text:A new road is being proposed to intersect an existing highway at location P. Determine the length of the vertical curve of the new road. Also, determine the stationing and elevation of the lowest point and the end of vertical curve. G₁ = -4%; G₂ = +2% Sta. P = 5 +850; Elev. P = 200 m Sta. BVC = 5 + 680; Elev. BVC = 205 m Answer: L = 481.67 m, STA. Lowest Point = 6 +001, Elev. Lowest Point = 198.58 m, STA. EVC = 6+162, Elev. EVC = 200.18 m
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I think Y evc has a wrong solution it doesn't  show 200.18 when ay input it on calculator

 

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