Traffic on a freeway gives a Greenshield's flow relationship expressed as: Q = 65k-0.354k2 At 10AM, an accident occurs 4 km downstream of an access ramp. The vehicles pull onto the shoulder of the...


Traffic on a freeway gives a Greenshield's flow relationship expressed as:<br>Q = 65k-0.354k2<br>At 10AM, an accident occurs 4 km downstream of an access ramp. The vehicles pull onto the shoulder<br>of the roadway, but traffic passing the accident area slows to 10 kph as drivers survey the damage on the<br>side of the road. A patrol car enters the freeway via access ramp, also at 10AM. Upon entering the freeway,<br>the patrol car notes that traffic on the freeway is moving along at about 60 kph.<br>Determine the following:<br>1. Capacity flow of the highway<br>2. Traffic shockwave created by the road accident<br>3. Time in AM the patrol car will reach the accident area<br>4. Traffic shockwave line as plotted and shown in the Q-k traffic model diagram<br>

Extracted text: Traffic on a freeway gives a Greenshield's flow relationship expressed as: Q = 65k-0.354k2 At 10AM, an accident occurs 4 km downstream of an access ramp. The vehicles pull onto the shoulder of the roadway, but traffic passing the accident area slows to 10 kph as drivers survey the damage on the side of the road. A patrol car enters the freeway via access ramp, also at 10AM. Upon entering the freeway, the patrol car notes that traffic on the freeway is moving along at about 60 kph. Determine the following: 1. Capacity flow of the highway 2. Traffic shockwave created by the road accident 3. Time in AM the patrol car will reach the accident area 4. Traffic shockwave line as plotted and shown in the Q-k traffic model diagram

Jun 11, 2022
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