5?. Use the component method of vector addition to nd the resultant of the following three vectors: A = 56 km, east 3 = 11 km, 22 south of east C = 88 km, 44 west of south A) 81 km, 14" west of south B) 97 km, 62 south ofeast C) 52 km, 66 south of east D) 68 km, 86 south of east E) 66 km, 11 west of south 58. Use the component method of vector addition to nd the components of the resultant of the four displacements shown in the gure. The magnitudes of the displacements are: A = 2.25 em, 3 = 6.35 cm, C = 5.4? cm, and D = 4.19 cm. C x component y component A) 2.19 cm "6.92 cm B] 3.71 cm 1.09 cm C) 5.45 cm 2.82 cm D) 1.09m: 3.71cm E) 6.93 cm 2.19 cm 59. A vector F1 has a magnitude of 40.0 units and points 350 above the positive x axis. A second vector F2 has a magnitude of 65.0 units and points in the negative .7: direction. Use the component method of vector addition to nd the magnitude and direction, relative to the positive x axis, of the resultant F = Fl + F2. A) 53.3 units, l4l.3 relative to the +x axis B) 53.3 units, 52.1 relative to the +x axis C) 39.6 units, 125.4 relative to the +x axis D) 39.6 units, 54.6 relative to the +1: axis E) 46.2 units, 136.0 relative to the +x axis