It takes a golfer a total of three strokes to put the ball in the hole. The displacements of the three strokes are as follows: d1 = 4.10 m the north, d2 = 1.90 m northeast, and d3 = 1.10 m at θ = 25.0° west of south, as shown in the figure. If the golfer had made the hole in a single shot, what would be the displacement of the ball? (Assume the positive y- and x-axes are in the north and east directions, respectively. Give the magnitude of your answer in meters and the direction in degrees north of east.)

I start walking. The 1st leg of my trip I walk dA = 130 m at θA = 19° south of east. The 2nd leg of my trip I walk dB = 55 m at θB = 13° north of east. On my final leg I walk dC = 95 m at θC = 69.5° north of west. Choose the coordinate system so that x is directed towards the east, and y is directed towards the north. a) Write an expression for the x-component of the final displacement in terms of the given quantities. b)Write an expression for the y-component of the final displacement in terms of the given quantities. c) What is the magnitude of my displacement vector (in meters) as measured from the origin? d)  What is the angle of my displacement vector as measured counterclockwise from the +x-axis?

Vector A is 30° below the x-axis. Vector B is 35° to the right of the negative y-axis.  You will be asked to find the resultant, R = A + B.  What is the magnitude of the resultant?   Group of answer choices R = 13.7 m R = 4.04 m R = 10.3 m R = 19.4 m

Vector C has a magnitude of 24.6 m and points in the -y-direction. Vectors A and B both have positive y-components, and make angles of a = 44.4° and ß = 26.7° Avith the positive and negative x-axis, respectively. If the vector sum A +B + C = 0, what are the magnitudes of A and A B? B a |A| = m |B| = m Figure is not to scale.