Part 1) (The figure is taken from https://www.primogif.com/p/99lMOASFDZIEY.) Consider a hot wheels car traversing a loop such as the one shown above. Which of the statements below are true? 3 The normal force is greatest when the car is at the bottom of the loop. 3 The normal force is greatest when the car is at the top of the loop. 3 The only forces acting on the car as it moves around the track are the normal force and the weight force. 3 If the car's speed is too high, it will not make it around the loop and will fall under the influence of gravity. Part 2) The radius of the loop is R = 11.0 cm, and the car has a mass of m = 96.3 g and a speed I) = 1.45 m/S at the top of the loop. Calculate the magnitude of the normal force acting on the car at the top of the loop. N = N Part 3) Suppose the car had this same speed at the bottom of the loop. What would be the magnitude of the normal force here? N: N