.Two snooker balls, each of mass m, move freely on a frictionless, horizontal surface, as shown in Figure Q1(b). Ball A is moving at a speed v0 = 10 m/s when it hits ball B which is at rest and the impact causes ball B to break into two parts, each of mass m/2. One of the parts reaches Point C about 0.07 s after the collision and the other part reaches Point D about 0.09 s after the collision. (i)  Determine the velocity of ball A after the collision.  (ii)  Determine the angle θ and the velocities of the two parts after the collision.   (iii)  From your working in Q1(b)(i), explain with calculations and reasoning how the velocity of ball A could move forward after the collision.

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