During that Laboratory, you found that impulse could also be related to motion in a certain way. Relate that simple mathematical relationship here.You also found a relationship between pairs of forces in certain situation. restate that relationship here. put these Results together to draw a general conclusion comparing the motion of two objects before and after a collision. You should be able to find a quantity, which will remain changed in a collision. Be sure to justify your reasoning. (Images of the lab mentioned). NAMEImpulses and Pairs of ForcesAnalysis Question 1: Which of the three kinematic variables (position, velocity or acceleration) hasbehavior that seems most similar to that of impulse?velocitySuggest an explanation for why that might have been expected.dyーエ: Impulse is related to veloxity.Analysis Question 2: Describe qualitatively the behavior of your two graphs. Identify what was happeningat different times in the motion and how that was reflected on the graphs.by gong toWard the snSer thin oncear the Velocing graph, theit reaches the x arrscart Sterts gang away from the sensorShps. The Mmplse grarh s constart untilWntil itit StorsAnalysis Question 3: Determine the physical meaning of each of your fit parameters (Hint: carefulconsideration of units may be helpful here).do= impolse CiN-S) of the cart moringaiE force exerted on cart at given distaneGive a simple mathematical relation between impulse and variable X (Hint: it is simplest to express impulseas the change in some other quantity).474ニつSndu=maAtAnalysis Question 4: We have not considered frictional forces in any of these analyses. While the frictionalforces are indeed small in these cases, they are not zero. What effect should frictional forces have on yourcomparison of impulse and variable X? V(6lity andimpulke are nversly proportionaland riztional force are prdportional. ThercfereThey all change at TheWhat other sources of error can you identify in this experiment and how should they affect your results?クaffect Velacity,Be specific in your answers to these questions,Hir resibtance would93 Impulses and Pairs of ForcesAnalysis Question 5: Which object is exerting the force that causes the reading on the spring scale?Tthe Cartcart withforce probeWhich object is exerting the force that causes the reading on the force probe?How do the magnitudes of these two forces seem to compare? How do their directions compare?Opposite directions bufaresame magnitude.Analysis Question 6: For each case (a) – (g) that you have just examined, is there a general statement thatyou can made to describe how the force object A exerts on object B (FA on B) Compares to the force that objectB exerts on object A (FB on A). If so, state it as a simple mathematical relation.A -on B =-F,94

In this question we have to provide a general conclusion about the motion of the objects before and after a collision. Solution: The momentum change of object 1 in a collision is equal to and opposite the momentum change of object 2. That is to say, the momentum obtained by item 2 equals the momentum lost by object 1, this is according to the conservation of momentum law. When two things collide, in an inelastic collision, one object slows down and loses momentum, while the other accelerates and gains momentum. Object 2 acquires 75 units of momentum if object 1 loses 75 units of momentum. Despite this, the two objects' total momentum (object 1 plus object 2) is the same before and after the impact. The system's total momentum (a collection of two items) is conserved.