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- Part 2 - Solving: Observers stationed at two sections A-A and B-B, 200 m apart on a highway, record the arrival times of four vehicles as shown in the table. %3 Vehicle Section A-A Section B-B To + 7.6 sec To + 10.4 sec To + 15.1 sec I To + 23.4 sec If the total time of observation at A-A was 20 seconds, determine: (a) the time mean speed in A To + 4.2 sec To + 8.7 sec To + 13.7 seC B C KPH, (b) the space mean speed in KPH, (c) the flow at section A-A in veh/hr, (d) time headway in seconds, and (c) traffic density in veh/km. 5 points each.For the given speed information below: Speed class 28-31.9 32-35.9 36-39.9 40-43.9 44-47.9 48-51.9 52-55.9 56-59.9 60-63.9 64-67.9 (mi/hr) Frequency 1 3 The 85th percentile speed is approximately.. 6 4 8 (mi/hr). 11 10 11 8 2A vehicle is initially located at 350 ft away from a 3 ft diameter roadside object and is moving towards the object at the speed of 35 mph. Calculate the change in visual cone angle (reported in degrees) made by the object on the driver's eye after the vehicle has moved for 4 seconds. [Hint: compute the visual cone angles at initial position and at position after 4 seconds and report the difference]
- QUESTION 3 To measure the stopping sight distance, what is the height (ft) of the driver's eye?A photograph is to be obtained at a scale of 1:12,500 by aerial photogrammetry. If the focal length of the camera to be used is 7.0 in., determine the height (in ft) at which the aircraft should be flown if the average elevation of the terrain is 860 ft. 7410 Your response is within 10% of the correct value. This may be due to roundoff error, or you could have a mistake in your calculation. Carry out all intermediate results to at least four-digit accuracy to minimize roundoff error, ft Need Help? Read Ittopic strenght of figure compute the strenght of figure factor From the conditions given are that all stations are occupied and all the lines are observed in both direction. ICOSAGON WITH INTERIOR STATION
- QUESTION 3 Match the term with its definition. ✓ phase ✓ interval ✓ cycle ✓ring ✓ barrier A. the total time to complete one sequence of signalization for all movements at an intersection B. a continuous sequence of phases C. reference within the cycle at which time a phase in each ring terminates, separating conflicting movements such as east-west from north-south D. the time given to opposing left turn movements E. duration of time during which the signal indications do not change F. the green, change and clearance intervals assigned to a specific movement or movements of trafficWhat is the minimum decision sight distance (in meters) for a vehicle travelling at 20 mph to change lane to an exit ramp in an urban road?Driving an automobile safely requires considerable skill.Even if not generally recognized, the driver needs an intuitiveability to utilize feedforward and feedback control methods.(a)In the process of steering a car, one objective is to keep thevehicle generally centered in the proper traffic lane. Thus, the controlled variable is some measure of that distance. If so, how is feedback control used to accomplish this objective? Identifythe sensor(s), the actuator, how the appropriate control actionis determined, and some likely disturbances.
- A driver traveling at 70 mph sees a hazard at a certain distance ahead. The driver theapplies the brakes immediately time is 4 seconds and begins slowing the vehicle at 15the distance from the stopping point to avoid hitting the boulder is 12. 30 meters. Calculatethe distance from the boulder upon perception. ID NUMBER 143The total lost time of a signal is 13 seconds. If the sum of the critical flow ratios, Yc, is 0.834, what is the optimal cycle time (rounded to the nearest second)? Group of answer choices 128 sec 108 sec 148 sec 147 sec4 Locate the centroid of the shaded figure. Y 4.38 4.38 1.50 2.00 1.50 3.00 8.00 4.00 2.50 4.76 4.00 Enter your answer