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18. Fit the data in the table below into the Greenshields' model and determine; (i) The maximum flow (Qmax)? [1849 veh/h] (ii) The speed at which flow is maximum (Ucap)? [31.3 km/h] (iii) The density at which flow is maximum (Keap)? [59 veh/h] Speed (us) (km/h) Density (k) (veh/km) 53.2 20 48.1 27 44.8 35 40.1 44 37.3 52 35.2 58 34.1 60 27.2 64 20.4 70 17.5 75 14.6 82 13.1 90 11.2 100 8.0 115

18. Fit the data in the table below into the Greenshields' model and determine; (i) The maximum flow (Qmax)? [1849 veh/h] (ii) The speed at which flow is maximum (Ucap)? [31.3 km/h] (iii) The density at which flow is maximum (Keap)? [59 veh/h] Speed (us) (km/h) Density (k) (veh/km) 53.2 20 48.1 27 44.8 35 40.1 44 37.3 52 35.2 58 34.1 60 27.2 64 20.4 70 17.5 75 14.6 82 13.1 90 11.2 100 8.0 115

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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18. Fit the data in the table below into the Greenshields' model and determine; (i) The maximum flow (Qmax)? [1849 veh/h] (ii) The speed at which flow is maximum (Ucap)? [31.3 km/h] (iii) The density at which flow is maximum (Keap)? [59 veh/h] Speed (us) (km/h) Density (k) (veh/km) 53.2 20 48.1 27 44.8 35 40.1 44 37.3 52 35.2 58 34.1 60 27.2 64 20.4 70 17.5 75 14.6 82 13.1 90 11.2 100 8.0 115
Transcribed Image Text:18. Fit the data in the table below into the Greenshields' model and determine; (i) The maximum flow (Qmax)? [1849 veh/h] (ii) The speed at which flow is maximum (Ucap)? [31.3 km/h] (iii) The density at which flow is maximum (Keap)? [59 veh/h] Speed (us) (km/h) Density (k) (veh/km) 53.2 20 48.1 27 44.8 35 40.1 44 37.3 52 35.2 58 34.1 60 27.2 64 20.4 70 17.5 75 14.6 82 13.1 90 11.2 100 8.0 115
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