Car A drives at speed v around a circular section of an unbanked road with a radius of curvature r. Car B drives at speed 2v around a different circularsection of unbanked road with a radius of curvature 2r. The frictional force required to keep Car A on the road without skidding is F The frictionalforce required to keep Car B on the road without skidding isExplain your reasoning / show your work.a. F14b. F/2c.Fd. 2Fe. 4FE E TT

Given data, Speed of car A = v radius of curve of car A = r speed of car B = 2v radius of curve B =…

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A car is going around a circular track on a banked curve at constant speed.Draw an FBD with all forces acting on the car (from different directions) Draw a separate FBD with just the just the direction of the net Force acting on thecar.The car has a mass of 990 kg, a speed of 24 m/s and the track has a radius of 157 meters.Calculate the acceleration and the centripetal force on the car.
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