A & B are shown below. A=11 & A=53 east of north. B=42 & GB-35 south...

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A & B are shown below. A=11 & A=53 east of north. B=42 & GB-35 south of west. Let north be positive y & east be positive x. Let R = A + B. Find the components of each vector as well as the magnitude & direction of R [Note: the combination of two or more vectors is commonly known as the resultant vector.] West 8B B 100 North South Ax 6.54 = Ay = 9.15 X Bx -33.46 By =-23.46 X X = Rx -26.92 X Ry= =-14.31 X East R = 30.46 Direction of R 27.4 HORIZONTAL in quadrant 3 X from the A & B are shown below. A=11 & A=53 east of north. B=42 & GB-35 south of west. Let north be positive y & east be positive x. Let R = A + B. Find the components of each vector as well as the magnitude & direction of R [Note: the combination of two or more vectors is commonly known as the resultant vector.] West 8B B 100 North South Ax 6.54 = Ay = 9.15 X Bx -33.46 By =-23.46 X X = Rx -26.92 X Ry= =-14.31 X East R = 30.46 Direction of R 27.4 HORIZONTAL in quadrant 3 X from the