Find the maximum speed at which the car can negotiate turn

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Question 1: A 1,216-kg car drives through a turn with radius 42 m. The coefficient of static friction is 0.9 and the coefficient of kinetic friction is 0.52. Draw a freebody diagram, employ Newton's Law, and find the maximum speed (constant) at which the car can negotiate the turn. (Answer below with the speed.)

Question 2: A car is rolling down a ramp that is inclined at and angle of 9.2 degree with respect to horizontal. There is no friction acting from the road on the tires. (Employ conservation of mechanical energy to find the speed of a car that starts from rest and rolls down the ramp a distance of 49 m)

Question 3: A car is rolling down a ramp that is inclined at and angle of 7 degree with respect to horizontal. There is no friction acting from the road on the tires. (Employ Newton's Law to find the speed of a car that starts from rest and rolls down the ramp a distance of 32 m)

Reference no: EM13335542

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