8:47 4Consider the following motion:(a) You start at the origin then walk 2 steps in the positive x direction.(b) You then walk 3 steps in the negative x direction.(c) You then walk 4 steps in the negative x direction.(d) You then walk 5 steps in the positive x direction.Document (11)1. Write the displacement for each part of the motionAxa =Axb=Axc=Axd=2. Show the addition of the 4 displacement vectors in a diagram below. Draw thevectors tip to tail. Then connect the tail of the first vector to the tip of the last vectorto get the resultant vector.3. What is the magnitude of the resultant vector (i.e., what do you get when you add all4 displacements together)?4. How far away from the origin do you end up?Part B: Vectors in Two Dimensions1. You walk from the origin 11 steps East, then turn and walk 9 steps North.a. How far from the origin do you end up?ab. Draw a vector that starts from the origin, has a length of 11 units and points dueEast. Label this vector A. On the same diagram, draw a vector that starts at thetip of vector A (11,0), has a length of 9 units and points due North. Label thisvector B.Setup the following pulls on using your force table: A = (200 g, 0 g), B= (0, 300 g)Algebraically sum up A + B = C:Graphically add A + B (each box is 50 g). Be sure to labelc. On the diagram, draw the resultant vector starting from the the tail of vector Aand ending at the tip of vector B.d. Write vector A in Cartesian (xxcomponent) form.A=_e. Write vector B in Cartesian (xxcomponent) form.B=-0g. Find A + B in Cartesian form using your results from parts e and f.A+B=h. Find the magnitude of the vector A + B using your result from part g. Comparethis to your answer from part a.Mobile ViewADRead AloudHeadings:

Solution: 1. Given that the motion starts at the origin, and two steps walked in a positive x…

Answered: Consider the following motion: (a) You…

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