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nn (1) shows the number of vehicles overtaken by the te the number overtaking the test vehicle, (3) shows the numb ng against traffic stream, (4) is the travel time with the traffic: ravel time against the traffic (s). Assuming linear speed-de is the maximum flow, speed, and density the following fol ake. Show the details of the calculation.

nn (1) shows the number of vehicles overtaken by the te the number overtaking the test vehicle, (3) shows the numb ng against traffic stream, (4) is the travel time with the traffic: ravel time against the traffic (s). Assuming linear speed-de is the maximum flow, speed, and density the following fol ake. Show the details of the calculation.

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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4. The observations from a moving car method are given in the table below. The column (1) shows the number of vehicles overtaken by the test vehicle, (2) show the number overtaking the test vehicle, (3) shows the number of vehicles moving against traffic stream, (4) is the travel time with the traffic (s), and (4) is the travel time against the traffic (s). Assuming linear speed-density relation, what is the maximum flow, speed, and density the following following stretch can take. Show the details of the calculation. (1) (2) (3) | (4) (5) 5 119 618 422 268 26 12 389 213 188 24 9 401 226 396 2 55 410 274 255 26 9 374 226 396
Transcribed Image Text:4. The observations from a moving car method are given in the table below. The column (1) shows the number of vehicles overtaken by the test vehicle, (2) show the number overtaking the test vehicle, (3) shows the number of vehicles moving against traffic stream, (4) is the travel time with the traffic (s), and (4) is the travel time against the traffic (s). Assuming linear speed-density relation, what is the maximum flow, speed, and density the following following stretch can take. Show the details of the calculation. (1) (2) (3) | (4) (5) 5 119 618 422 268 26 12 389 213 188 24 9 401 226 396 2 55 410 274 255 26 9 374 226 396
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