3. A vehicle platoon was observed over a distance of 1000 ft on a single lane of Oak Street.entering at point A and departing at point B.VehicleTime at ATime at B(sec)(sec)1352(a) Trajectories(b) Avg. VolumeDensity &Space Mean Speed3733945425446.8.48(a) Plot the trajectories of these six vehicles on graph paper and (b) calculate the aver-age volume, density. and speed for these six vehicles observed, assuming the first 10 sec-onds at A as the period of observation.

Average Volume - By observing vehicles crossing Section A with 8 seconds 6 vehicle are observed so…

3. A vehicle platoon was observed over a distance of 1000 ft on a single lane of Oak Street. entering at point A and departing at point B. . Vehicle Time at A Time at B (sec) (sec) 35 (a) Trajectories (b) Avg. Volume Density & Space Mean Speed 2 37 3- 3 39 4 42 44

3. A vehicle platoon was observed over a distance of 1000 ft on a single lane of Oak Street. entering at point A and departing at point B. . Vehicle Time at A Time at B (sec) (sec) 35 (a) Trajectories (b) Avg. Volume Density & Space Mean Speed 2 37 3- 3 39 4 42 44

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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Question

3. A vehicle platoon was observed over a distance of 1000 ft on a single lane of Oak Street.
entering at point A and departing at point B.
Vehicle
Time at A
Time at B
(sec)
(sec)
1
35
2
(a) Trajectories
(b) Avg. Volume
Density &
Space Mean Speed
37
3
39
4
5
42
5
44
6.
8.
48
(a) Plot the trajectories of these six vehicles on graph paper and (b) calculate the aver-
age volume, density. and speed for these six vehicles observed, assuming the first 10 sec-
onds at A as the period of observation.

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