1. The problem statement, all variables and given/known data A curling stone thrown takes 4.8 s to travel 60 m. The stone collides with another stone. The collision is a glancing one. If the second stone is deflected 25° and travels 1.5 m/s, calculate the angle of deflection of the first stone after collision. Omit any effects due to friction. 2. Relevant equations ρbefore = ρafter 3. The attempt at a solution I looked at splitting it up into the x and y directions, but couldn't get anywhere. I looked in the answer key, and its 3.3 degrees, but I have no idea how to get there. Thanks!