A 1,709 kg car is able to turn in a complete circle such that it makes one revolution in 3 seconds. The radius of the circle is known to be 37 meters. The coefficient of static friction is 0.1 between the tires and road. What is the tangential velocity magnitude (speed) of the car in m/s? A 1,734 kg car can make a horizontal 37 m radius of curvature turn traveling at 30 mfs without skidding. What is the static friction force in Newtons between the car tires and the road as the car makes this turn? Peter has a mass of 63 kg and swings on a vine of length 10 meters. If Peter reaches a maximum speed of 15 m/s, what is the Tension force magnitude in Newtons between Peter's body and the vine at the bottom of his swing? Mary and her skateboard have a combined mass of 101 kg. Maryi rides through a dip of radius 30 meters on her board at a velocity of 10 m/s. How much force normal magnitude in Newtons does Mary and her board experience at the bottom of the dip