Please answer both parts with work on how the answer was found

ROBLEM 3A (15 pts) A rectangular ship with a length of 20 m, width of 5 m, and height of 5 m, weighs 100,000 kg is floating on a river. The density of water is 1000 kg/m'. (A) (4 pts) Draw a free body diagram for the ship. (B) (4 pts) Calculate the volume of water displaced by the ship. (C) (4 pts) What height of the boat is below the water? Volume = Height = (D) (5 pts) If a loaded shipping container weighs 5,000 kg, how many containers can the ship carry before sinking? Answer = PROBLEM 3B (8 pts) The ship from problem 3A is floating along a smooth river that is flowing at a speed of 1.0 m/s. The river is 30 m wide and 15 m deep, and its cross-sectional area can be approximated as a rectangle. (A) (4 pts) The river narrows to a width of 10 m. How fast is the river flowing at this point? Hint: Continuity! Speed = (B) (4 pts) The ship cannot operate in currents over 5 m/s. If the river width remains 10m, how shallow can the river become before it becomes unsafe for the ship? Answer =