course PHY 202 This information was previously submitted via emailPer your recommendation, I am submitting it via the Submit work form so that it will apppear on my access page. Watch the KEx and KEy values as they change with each collision, representing the total x and y kinetic energies of the particles. The Kinetic Energy in the x and y direction, while varying greatly, would still appear to average out to be approximately equal over the life span of the experiment. Watch the 'red' particle for a couple of minutes, estimating the average time between its collisions and its average speed (one of the speeds given near the top of the screen corresponds to that of the 'red' particle--which is it?). The red particle would appear to have an average speed of aproximately 6, and the estimated average time between collisions would appear to be under one second. Watch the 'blue' particle, and speculate on what property of this particle is different from that of the other particles. The Blue particle would appear to have a much larger mass than the other particles; as representative of its speed and the minimal effect that the other particle colliding with it have. Watch as the 'red' particle sometimes turns yellow. What causes this? What property does the particle have when it is yellow? Based on my observations; it would appear that the red particle inherits the trate of turning yellow when its speed exceeds a value of 10. What might the graphs represented at the right of the screen represent? I would assume that the graph at the left of the program page would represent the overall kinetic energy. Initially strong and accelerating from rest; to tapering of to little or no Kinetic Energy towards the end of it's life span.