Hi! I really need help answering this question. I am really bad at Physics and have no idea what I'm doing, so if someone could help me out I would really appreciate it! Thank you! 1. The problem statement, all variables and given/known data 8. A bucket filled with water has a mass of 23 kg and is attached to a massless rope, which in turn, is wound around a 0.050-m radius cylinder that rotates about a frictionless axle at the top of a well. The bucket is raised to the top of the well and then released to fall back into the well. What is the angular speed of the cylinder at the instant the bucket is moving at 8 m/s? The answer is 160 rads/s, but how? 2. Relevant equations (I think) Torque = Force * radius Alpha = [omega (final) - omega (initial)]/time Alpha = linear speed/angular speed 3. The attempt at a solution Torque (T) = F (force) * r (radius) 11.5 Nm = (25 kg)(10 m/s^2) * ( .050 m) I have no idea where to go from here or if it's even relevant to the problem :( Thanks again in advance.