3) Find the Tension force needed in the rope if the net force is zero m = 16 kg 9 = 15" FT = F 0 = 0 4) Find a) The acceleration of the sled system b ) The coefficient of static friction need to prevent motion X - 7 Fapp = 225 N Y m = 62 kg M Z m, = 18kg E Up :.22 a ) b )1) Find the acceleration of the sled and the ramp angle needed to start motion a ) a (draw F. B. D. ) by 9 to start motion All= 19 ( max ) us =. 32 m = 20kg 2) Find the acceleration of the simple machine and the tension in the ropes J MOTION a ) F . B . D - a MI m, = 2.06g b ) FT, FTZ my = 1.0 kg