1. The problem statement, all variables and given/known data A diver can change his rotational inertia by drawing his arms and legs close to his body in the tuck position. After he leaves the diving board (with some unknown angular velocity), he pulls himself into a ball as closely as possible and makes 2.34 complete rotations in 1.23 s. If his rotational inertia decreases by a factor of 2.56 when he goes from the straight to the tuck position, what was his angular velocity when he left the diving board? 2. Relevant equations I1W1=I2W2 3. The attempt at a solution I dont know how to solve the problem using the equation, Im not sure how to plug in the information.