Hi! Can please you explain/show me how to set up or approach this problem by providing a response to each part of the problem by using physics concepts or formulas? Please include each math/formula/conceptual step so I can check my own work. This problem may require familiarity with the following Physics Topics: Impulse, Momentum, Conservation of Energy, Potential Energy, Kinetic energy, Work-energy Theorem, etc.

Accident Inspector You are in charge of reconstructing the scene of an accident: A pickup truck (with mass 711;, = 2000 kg) and a sports car (with mass mC = 1000 kg) had collided at an intersection where the trafc lights had malfunctioned. The pickup was moving directly East and the sports car directly North at the time of collision, and the vehicles became enmeshed, moving as one after the collision. Both drivers slammed 011 their brakes at the time of collision, locking their wheels. You see a long straight set of skid marks on the concrete caused by the vehicles skidding to a stop. The line of skid marks is at an angle of (9 : 36.87\" North of East (note, this is the smallest angle in a 345 triangle). And the length of the skid marks is 25 m. In this problem, let m, = (5/9) be the coefcient of kinetic friction. Pick-up truck ' Sports car Your goal is to determine which of the two drivers should get a speeding ticket, given that the local speed limit is 50 mph or 22.4 m/s. (21) Write out your problem-solving strategy for this problem. What. concepts or equations do you need'? What quantities do you need to nd to get your nal answer? Do you need to make any assumptions? Start. by drawing a diagram or two! Hint - Consider the can; in three instances: just be are the collision, just after the collision, and at their nal resting point. (1)) Execute your strategy to see who was driving over the speed limit