Find the magnitude (in N/m) and direction (in degrees counterclockwise from the +x-axis) of the force per unit length that each wire experiences in the figure below, using vector addition. 11 -X A B X X C X 12 1 -X- -1 12 I, = 32.0 A, I, = 16.0 A, and x = 21.0 cm Wire Magnitude Direction A N/m B N/m C N/m D |N/mConsidering ? and ; net force is the an shown. That / for IT net force for A ) 15 . length wise A - wire B 45 (x) Wire ev Forceinthe the direich, net Force for wire D het force per cent length for wire o A makes am angle 95 an$ shown in (fig. figure. 73 . 1 X10 ( 2 + j ) N/ m for wire B the force is makes an ayle 45. with to own Considered, X-axis / direction an showwithin the fo. negative foro wire a the force makes an ayle go. as shown in the figure. for wireD the force makes an ayle go" sean in the for with our considered a-axis we get follow the vector form that we derived