Playing pool Hint: a 2dimensionol problem like this one can be broken up into two ldimensiono/ problems. This problem is about playing pool, and the cue ball hitting the 8ball. Define the direction ofthe cue ball's velocity before the collision to be the X-direction, and we can will also say that the velocity of the cue ball afterthe collision has a positive x component and a positive y component. In reality, the cue ball has a little more mass than the 8-ball, but assume forthis problem that the masses are equal. @ Part (a) O Homework Unanswered Due Oct 24th, 11:59 PM While shooting pool, you propel the cue ball at a speed of 1.66 m/s. It collides with the 8-ball (initially stationary), propelling the 8- ball into a corner pocket. The cue ball is deflected by 40.0\" from its original path by the collision, and it moves away from the collision with a speed of 0.720 m/s. Calculate the xcomponent of the 8-ball's velocity after the collision. Use a positive sign if the x component is positive, and a negative sign ifthe xcomponent is negative. m/s Type your numeric answer and submit @ Part (b) o Homework I Unanswered - Due Oct24th, 11:59 PM Calculate the ycomponent ofthe 8ball's velocity afterthe collision. Use a positive sign if the ycomponent is positive, and a negative sign ifthe ycomponent is negative. m/s Type your numeric answer and submit % Unanswered o 5attempts left ,4 Submit @ Part (c) O Homework I Unanswered - Due Oct24th, 11:59 PM Before the collision, the cue ball has a certain amount of kinetic energy. What percentage of this initial kinetic energy remains in the twoball system as kinetic energy after the collision? % Type your numeric answer and submit K" Open in Readin