I already have the answers. What I need is to convert theoretical values to kg an multiply to gravity (since I need it on Newtons). Mass+hanger should also be converted to kg

\f\fAlg) = 83.4 A . DO B (9) = 59 A+B 74. 279 " B = 120' a . 43.47 . Do 40 . . theoretical result For resultant is = 74.27 g at 43.470 . . theoretical result For equilibriant is = 74. 279 at (180 +43.47) = 223.470 the total x - component of the two Forces = (83.4 cos 0 + 59 (os 120 ' ) 9 = 53.9 9 the total y " - component OF the two forces = (83.4 sin 0' + 59 sin 120 0 ) 9 = 51.1g resultant Force = (53.9" + 51.1" )g = 74.279 its direction = tan-' (51.1 ( 53.9 ) = 43.47 equilibriant Force : 74.279 it's direction : (180 + 43.47 ) = 223. 470 the average value obtained experimentally equilibriant Force = 82.89 its direction : 222.8 g PERCENT DIFFERENCE : MAGNITUDE = 74.27 82.8 - 74.27 x 100 %% = 115 10 DIRECTION = 223.47 - 227 .8 x 100 10 = 0.3 10 223.47 FORCE TYPE MAGNITUDE (9) DIRECTION ( degree) 43. 47 RESULTANT 74. 27 74 . 27 223 .47 EQUILIBRIANT PERCENT DIFFERENCE MAGNITUDE OF EQUILIBRIANT 11. 5 10 DIRECTION OF EQUILIBRIA NT 0. 3 0%