Consder the 65.0-kg ice sater being pushed by two others shown in the fgure below. (a) Find the direction (in degrees csunterciockwise from the is) and magnitude in N) of Fthe tatal furce exerted on her by the ethers, given that the mageitudes, and F, are 22AN and 16.6 N, repectively (Asume poirtsi the postive direction) magnitude 224 Did you drew a vetar diagrm representing the forces acting on the kater N drection Did you draw vecter diagram representing the forces acting en the sater countercockwise frem the av (b) What is her intial acceleration (in m/s) if she in initially stationary and wearing steel-biaded skates that point in the drection of F (Assume friction ia negigitie. Enter the magntude only) 27 M Consider Newton's decond law ms () What is her acceleration (in m/s) assuming she is aready moving in the drection of F (Aume fnction is negigibie. Enter the magntude only 0429

Consder the 65.0-kg ice sater being pushed by two others shown in the fgure below. (a) Find the direction (in degrees csunterciockwise from the is) and magnitude in N) of Fthe tatal furce exerted on her by the ethers, given that the mageitudes, and F, are 22AN and 16.6 N, repectively (Asume poirtsi the postive direction) magnitude 224 Did you drew a vetar diagrm representing the forces acting on the kater N drection Did you draw vecter diagram representing the forces acting en the sater countercockwise frem the av (b) What is her intial acceleration (in m/s) if she in initially stationary and wearing steel-biaded skates that point in the drection of F (Assume friction ia negigitie. Enter the magntude only) 27 M Consider Newton's decond law ms () What is her acceleration (in m/s) assuming she is aready moving in the drection of F (Aume fnction is negigibie. Enter the magntude only 0429