Answer plz!! So important

Now we will analyze the truck and load as two individual objects that interact with each other as theyI accelerate left: 1I.I"|5L.lil'iLIEE 5. 1ii'v'e'll start with analyzing the load. You discuss what forces are acting on the load with some fellow students. Everyone agrees that the Earth exerts a downward force on the load, but there is some disagreement about any other forces acting on the load. Another force is force of the truck on the load Fl].- on r. point? Will it be only vertical [if so up or down?}, only horizontal {if so left or right?l, or some combination write your hypothesis. What other forces do you think are acting on the load, and what direction are they? [111is is a guess, we will worlc out details in E] E. Draw a free-body and acceleration diagram forthe load. For F} m. L draw and label its components rather than the total 1rector force. i'. Use Newton's Second Law to determine the vertical and horizontal components of Fl... an L in terms of F1m MT, MT, mi. and g. [If one is zero, explicitly state that it is. Refer back to some of your conclusions from Question 3 and 4 about the acceleration of the load.) 3. Draw free body and acceleration diagrams for the truck using the same coordinate system as above. As in {5], for F1 on y- draw and label its components rather than the total vector force. '3. Use Newton's rst two laws to determine the vertical and horizontal components of lmy- in terms of Four m 1-, MT, my. and g. {If one is zero. explicitly state that it is. Fiefer ba ck to some of your conclusions from Question 1 about the acceleration of the truck and the sum of the forces acting on it.) 1i}. How do the horizontal components of ET I,\" and F1 on? compare to each other? Do not assume Newton's third law, you can compare the forces by using only Newton's second law. How do the vertical components compare? He sure to look at both magnitude and direction