all the trailers and cars are identical but the trailers have different loads (i.e. carrying more or less mass) represented by the m values. Rank from the greatest to least on the basis of the difference of the strengths (magnitudes) of the forces between the force the car exerts on the trailer and the strength of the force the trailer exerts on the car during the period when the car and trailer are accelerating from rest MI = 1000 kg "y= 20 m/s WI = 2000 kg "y= 20 mfs 1000 kg Vy = 40 m/s to the given final speeds (same time for all situations) In other words, the arrangement where the force the car MI = 4000 kg V= 10 m/s 2000 kg "= 10 m/s 1000 kg Vy= 10 m/s exerts on the trailer minus the force the trailer exerts on the car is greatest, that would be ranked first. Give you answer in the form of A > B=C=D> E>F: Explain.