A 0.25 kg puck slides along the ice at 11 m/s[R] when it hits a rough patch of ice that is 5.1 m across. Assume the coefficient of kinetic friction (k) between the puck and the rough ice is 0.30. A. Draw/Describe a FBD of the puck moving on the rough ice. B. Calculate the kinetic friction acting on the puck. C. Determine the puck's average acceleration while on the rough ice. D. Calculate the puck's velocity as it leaves the rough ice and returns to the smooth ice