2.) What is the specic goal of this lab? Exactly what specic question are you trying to answer? Be as Specic as possible. ("To learn about topic X..." is not specific!) 3.) What specific measurements or observations will you make in order to answer this question? 4.) Perfectly Inelastic Collision (a) A perfectly inelastic collision is one where the two objects stick together after the collision. Draw two diagrams of the situation, one before the collision and one after the collision. Your diagram should show both cars. Let's call the car which is initially moving \"1", while the car initially at rest is "2". (b) What quantity or quantities are conserved in this problem? [That is, what quan- tity or quantities do not change as a result of the collision?) Explain how you know. (c) Using the conservation 1aw(s) you identied in the previous part, write one or more equations relating the masses of the cars m1 and m2, the initial velocity of car 1 ('01) and the nal velocity of the two cars '0}. (d) Solve your equation(s) for of. You should now have a prediction for the nal velocity of the two cars if you know the initial velocity of car "1" and both masses