This a highway design course and the books ISBN:13-978-0-495-43853-3. It is just like example 5.4 please help quick. MY HW IS DUE IN THE NEXT HOUR. Question I 670 370 170 270 Question 1 Figure 1...

This a highway design course and the books ISBN:13-978-0-495-43853-3. It is just like example 5.4 please help quick. MY HW IS DUE IN THE NEXT HOUR.Question I<br>670<br>370<br>170<br>270<br>

Extracted text: Question I 670 370 170 270
Question 1<br>Figure 1 indicates a set of design reference flows for the morning peak at a proposed roundabout<br>intersection. All flows are in vehicles per hour. Estimate the ratio of flow to capacity for each entry point.<br>A heavy goods vehicle content of 11% is assumed.<br>The following are the geometric parameters assumed for each entry arm at the roundabout:<br>e = 7.0 m<br>v = 3.25 m for each of the entry arms<br>l = 10 m<br>D = 28 m<br>phi = 31°<br>r= 11m<br>Show sketches to indicate circulating, entering and exiting flows on the roundabout.<br>

Extracted text: Question 1 Figure 1 indicates a set of design reference flows for the morning peak at a proposed roundabout intersection. All flows are in vehicles per hour. Estimate the ratio of flow to capacity for each entry point. A heavy goods vehicle content of 11% is assumed. The following are the geometric parameters assumed for each entry arm at the roundabout: e = 7.0 m v = 3.25 m for each of the entry arms l = 10 m D = 28 m phi = 31° r= 11m Show sketches to indicate circulating, entering and exiting flows on the roundabout.

Jun 11, 2022
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