The speed of the overtaking and overtaken vehicles are 70 kmph and 40 kmph. Acceleration of the overtaking vehicle is 0.99 m/s². Find the safe overtaking sight distance. (Assume two-way traffic condition). (1
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- Calculate the passing sight distance on a two lane road having the design speed of 86 kmph and reaction time 2 sec. Assume one way traffic. Take acceleration of overtaking and overtaken vehicle as 3 m/s2 and 1.5 m/s2 respectively. Assume that overtaken vehicle starts accelerating after the reaction time of overtaking vehicle. Take space headway as 18 m.The speeds of overtaking and overtaken vehicles are 80 kmph and 60 kmph respectively. If the acceleration of the overtaking vehicle is 2.5 kmph per second,calculate the safe passing sight distance for (1) single lane one way traffic (ii) three lane both way traffic. Assume perception time of driver = 2 sec.Calculate the minimum length of overtaking zone of a one way traffic road if the velocity of the overtaking and the overtaken vehicles are 110 and 60 kph, and the acceleration of the vehicle is 1.2 m/s^2. (Hint: overtaking sight distance is just a third of minimum length of overtaking zone).
- The speed of overtaking and overtaken vehicles are 70 and 40 kmph, respectively on a two way traffic road. The average acceleration during overtaking may be assumed as 0.99 m/s². (1) Calculate safe overtaking sight distance. (ii) What is the minimum length of overtaking zone and draw a neat sketch of the overtaking zone and show the position of sign post.Find the critical ratio for left turn single lane group 400 veh/h in signalized intersection if the saturation flow rate 2000 veh/h Оа. 5.0 Ob. Non. Ос. 0.3 O d. 0.42/97 Determine the maximum speed for each car if the normal acceleration is limited to 0.88g. The roadway is unbanked and level. 21 m fo 16 m Problem 2/97
- A vehicle moving in wet weather along down grade highway of (- 4%) grade. The design speed (48mile/hr.), (f = 0.30), (t = 2.50 Sec.). The stopping sight distance you recommended is equal to: 471.784 ft. 480.424 ft. O 401.424 m/sec. O 345.434 ft. O 417.424 m.The design speed of a multilane highway is 60 mi/h. What is the minimum stopping sight distance that should be provided on the road if (a) the road is level and (b) the road has a maximum grade of 4%? Assume the perception-reaction time = 2.5 sec.2/104 The two cars A and B enter an unbanked and level turn. They cross line C-C simultaneously, and each car has the speed corresponding to a maximum normal acceleration of 0.9g in the turn. Determine the elapsed time for each car between its two cross- ings of line C-C. What is the relative position of the two cars as the second car exits the turn? Assume no speed changes throughout. C b a b a 88 m 72 m Bla C Problem 2/104
- Compute the required length of the safe stopping sight distance in a two-way traffic in a two-lane road If the design speed is 60kph. perception-reaction time of the driver is 2.6sec and the coefficient of friction between tires and pavement is 0.40. Assume the slope of roadway to be horizontal.The following are specifications for traffic design of a highway:Speed of the passing car = 100 kphSpeed of the overtaken vehicle = 80 kphTime of initial maneuvers = 5 secTime passing vehicle occupies left lane = 10 secsDistance between the passing car and opposing car at the end of maneuver = 20 mAverage acceleration = 2.5 kph/sec. 1. Determine the required total passing sight distance for said road a. 502.75 m b. 602.75 m c. 702.75 m d. 402.75 m 1. Find the minimum required passing sight distance. a. 280.37 m b. 390.37 m c. 48.37 m d. 490.37 m2. In a 500 m section of highway, there are 10 vehicles observed. The timeheadway is 4 sec. Determine the space mean speed of the vehicles in kph. (5pts)