2) Oil spills on water can be removed by lowering a moving belt of width W into the water. The belt moves upward and skims the oil into a reservoir of the ship as shown in the figure below. a) Find the Dif. Eqn describing the system and give the boundary conditions b) Show that the velocity profile is given by v1=2w2cose[1(7)2]v e) Volumetric flow rate are given by A) Determine the belt speed that will give a zero volumetric flow rate and specify the design criteria for positive and negative flow rates. 2) Oil spills on water can be removed by lowering a moving belt of width W into the water. The belt moves upward and skims the oil into a reservoir of the ship as shown in the figure below. a) Find the Dif. Eqn describing the system and give the boundary conditions b) Show that the velocity profile is given by v1=2w2cose[1(7)2]v e) Volumetric flow rate are given by A) Determine the belt speed that will give a zero volumetric flow rate and specify the design criteria for positive and negative flow rates