The figure shows an overhead view of two people and a donkey who doesn't want to go anywhere. Find (a) the single vector that is equivalent to the SUM of the two vectors F1 (120.0 Newtons magnitude) and Fa (80 Newtons magnitude) shown. (Hint: break into x,y components and sum those separately) Your answer should have a magnitude AND F = 120 N direction. 80.0 N 75.0 60.0 ) Find the vector in the direction of the donkey that, if added to F1 and F2 would sum to zero. (Hint: If our answer to (a) is F3 then find - F3. Again, you need a magnitude and direction for your answer here.

Two vectors are shown in the figure. The r-direction is horizontal, the y-direction is vertical, and each grid square represents one unit. B. The components of the resultant vector C-A+B are Cz = -1 and Cy = 5 %3D 2 and Cy C, 12 and Cy = 6 O C; =1 and Cy = -4 %3D and Cy = 7 C. = -7

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 are the x- and y-components of the resultant?     Group of answer choices Rx = 3.0 m; Ry = -2.7 m Rx = -9.9 m; Ry = 9.5 m Rx = 9.5 m; Ry = -9.9 m Rx = -3.0 m; Ry = 2.7 m

Vector A has a magnitude of 37 units and points in the positive y direction. When vector B is added to A, the resultant vector A +  B points in the negative y direction with a magnitude of 12 units. Find the magnitude and direction of B. I got magnitude = 49  Direction ___ ?

A hiker walks 2.5 miles in a direction 65° West of North, then 3.5 miles in a direction 40° South of West, then 1.5 miles due South. What must be the vector displacement of the hiker during the fourth part of the trip in order for the resultant to be 5.5 miles due West for the entire trip? Drawing a vector diagram or drawing individual vectors will help.

Find the magnitude and direction of each vector. (See photos for vectors A and B). Find the magnitude and direction for vector A + B.

Vector A, vector B, and vector C are drawn to scale in the figure below. The vector Ais 5.3 meters long and points 56 degrees counterclockwise from the positive x-axis. The vector B is 4.0 meters long and points along the negative x-axis. The vector C is 2.8 meters long and points 53 degrees clockwise from the negative x-axis. 1. What are Ax and Ay, the x and y components of vector A? 2. What are Cx and Ay, the x and y components of vector C? 3. What are Rx and Ry, the x and y components of the resultant vector R =A +B+C?

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 = 44.9° and ß = 26.2° with the positive and negative x-axis, respectively. If the vector sum A + B + C = 0, what are the magnitudes of A and B? JA| = 24.9 m Incorrect |B| = 19.69 m Incorrect Figure is not to scale.

Vector A is 30° to the left of the negative y-axis. Vector B is 65° above the negative x-axis.  Vector C points to the right.  You will be asked to find the resultant, R = A + B + C.  What are the x- and y-components of the resultant?   Group of answer choices Rx = 0.625 m; Ry = 3.11 m Rx = 5.31 m; Ry = -1.57 m Rx = 8.43 m; Ry = -4.69 m Rx = 10.6 m; Ry = -6.89 m

Let C = A + B. Vector C has a length of 5.00 cm and points north. Vector A has length 2.30 cm and a direction of 58.0 degrees north of east. (Let north = +y and east= +x).a) Draw a vector addition diagram showing C = A + B and label all 3 vectors. Use a straight edge and draw them to scale in cm if possible (you can estimate the angle).b) What is the magnitude of vector B? c) What is the angle of B in degrees west of north? d) Let D = C x A (vector product of C and A). What is the magnitude and direction of vector D?e) What angle (in degrees) does vector E= 2.00i+ 4.00j-3.00k make with the +y axis?