[2] You hold the handle of a bucket of water and swing it around in a vertical circle of radius R (i.e. keeping your arm straight). If you swing it around fast enough, the water will stay inside the bucket, even at the highest point where the bucket is upside down. Find the minimum angular speed, mm, for the water to stay in the bucket. Note: Ifthinking about water in the bucket is confusing, replace it with a small stone. a) Draw a FBD for the water (or stone) b) Find the components of Newton's 2nd Law in the radial direction r: c) What condition determines if the swing is fast enough to keep the water in the bucket? d) Find comm