1. The problem statement, all variables and given/known data In testing a missile defense system, a missile is red from the ground on a trajectory that would directly hit a bunker some distance away. When the missile is at the top of the trajectory, a laser light from the bunker ignites fuel in the missile and the missile disintegrates into two pieces, one twice as massive as the other. The pieces reach the ground nearly simultaneously, 60m apart from each other. (a) By how much does the larger piece miss the bunker? Hint: Consider motion of the center of mass. (b) By how much does the smaller piece miss the bunker? (c) How important is the information that the fuel ignited at the top of the trajectory? 2. Relevant equations 3. The attempt at a solution so far I figured out this: http://imgur.com/MdLrl http://imgur.com/YqBet I know that I need one more equation to get all the unknowns. the homework is due in 5 hours if any one could help I would love you forever.