height of the centre of gravity of the car above the road

Q: The radius of a highway-curve is 120m, and has an angle of 9.31 from the horizontal. The center of…

A: Given data: The radius of a highway curve = 120 m  The angle of the curve from the horizontal =…

Q: A vehicle of mass 1200 kg negotiates a banked curve of width 20 m at a designed velocity of 20 m/s.…

A: Given data  Centrifugal ratio or impact factor  Velocity  Width of road Mass of vehicle…

Q: A car travels along the level curved road with a speed which is decreasing at the constant rate of…

A:

Q: A truck weighing 35 tons is traveling at 32 km/h round a curve track of 43 m radius. If the center…

A: Weight of vehicle = 35 tons Speed of vehicle= 32 kmph Radius of curve= R = 43 m C.G of truck above…

Q: circular track shown at 120 kph and eaves point C at 180 kph. If it gains speed at uniform rate, and…

A: I have solved your whole problem.

Q: A highway curve with a radius of 150 meters is banked so that there is no lateral pressure…

A:

Q: A car is parked on a cliff overlooking the ocean on an incline that makes an angle of 15.0\deg below…

A: Angle of Inclination = 15° below the horizontalconstant acceleration of 2.43m/s^2 for distance of…

Q: A highway curve has a radius of 122m. Find the angle of super elevation in degrees so that there…

A: Given data in question  Velocity  Radius No lateral pressure  To find out  Angle of superelevation

Q: To anticipate the dip and hump in the road, the driver of a car applies his brakes to produce a…

A:

Q: he radius of a highway-curve is 120m, and has an angle of 9.31 from the horizontal. The center of…

A: Answer(a) V= 111.42km/hr Or 30.95 m/s   Answer(b) V= 49.90km/hr Or 13.86 m/s   Answer(c)…

Q: A flatbed truck rounds a horizontal curve of 300 m radius inwardly banked at 10°. The coefficient of…

A: Step 1

Q: of the of curvature gnitude of the total ad of the car is the same ius of curvature Pg of t mass…

A:

Q: To anticipate the dip and the hump in the road, the driver of a car applies his brakes to produce a…

A:

Q: At the bottom A of the vertical inside loop, the magnitude of the total acceleration of the airplane…

A: Total acceleration of the airplane (a) = 3g   (g= acceleration due to gravity 9.81 m/s2)…

Q: anticipate the dip and the hump in the road, the driver of a car applies his brakes to produce a…

A: Points which are prerequisite to solve this problem are 1) tangential acceleration is given by…

Q: 13. A vehicle travels the transition curve of radius 150 m in duration 15 s at a design speed of 80…

A:

Q: A flatbed truck traveling at 125 kph circles a horizontal curve with a radius of 317 m that is…

A: v=125kph=34.72m/s r=317m θ=10μ=0.66m=222kg draw the FBD

Q: Problem #2: The racing car shown is traveling at 90 km/h when it enters the semicircular curve at A.…

A: Given data  Speed Increase in speed Radius To find Magnitude of acceleration

Q: 2. A 640.kg car encounters a hump that has a circular shape with smooth transitions at either end.…

A: Normal force  The normal force is the force exerted by surfaces to keep solid objects from passing…

Q: m. A car can travel a maximum speed of 80 kph. Find the coefficient of friction between

A: Given data- Super elevation (e) = 0.12 Maximum speed(V) = 80kph                  V = (80× 5)/18 =…

Q: Situation 4: For the first three items, consider the following: A car having a weight of 40 KN is…

A: Given values: Mass of car = 40 KN Centrifugal ratio = 0.3 degree of curve, D = 4°

Q: The radius of a highway curve is 120m, and has an angle of 9.31° from the horizontal. The center of…

A: Given:- The radius of a highway curve = 120 m  The angle of the curve from the horizontal = 9.31°…

Q: center of gravity of the car is located 0.80 m above the roadway and the distance between the two…

A: The answers are

Q: To anticipate the dip and the hump in the road, the driver of a car applies his brakes to produce a…

A:

Intersection Design

An intersection is a location where two or more roads or railways meet or join. The traffic movement is controlled at the intersection that depends on its design and type. It governs the operation, efficiency, speed, capacity, and safety of the highways, airways, and railways. The movement of the pedestrian causes hazards and delays at the intersection.