Consider a car with a mass m = 1470 kg that is traversing a banked circular turn with a radius of r = 115 In. The car is travelling at a constant speed U = 88.2 km/h. To keep things simple, assume that friction is negligible Part 1) Which of the statements below are true? i: The centripetal force is equal to the sum of the weight force and the normal force. l: The centripetal force is inversely proportional to the radius of the circular path. 1: The centripetal force is directed away from the center of the turn. l: The weight force is perpendicular to the normal force from the road. Part 2) What is the magnitude of the centripetal force acting upon the car? Fc = 7672.76 N Your last answer was interpreted as follows: 7672.76 Part 3) What minimum angle does the curve need to be banked at to ensure the car does not slide up the slope as it makes the turn