A non-Newtonian fluid is being pumped from one tank to another using a 0.05m diameter pipe with a mass flow rate of 1.97kg/s. The properties of the fluid are as follows: density 1250kg/m3, consistency coefficient 5.2Pa.sn, flow behavior index 0.45 . The total length of pipe between the tanks is 15m. The difference of elevation from inlet to exit is 5m. The fittings include three long-radius 90 flanged elbows, and one fully open angle valve. Furthermore, a filter present in the pipeline causes a 100kPa pressure drop. Calculate the pumping requirements. Given Pipe diameter =0.05m Mass flow rate =1.97kg/s Density =1250kg/m3 Consistency coefficient =5.2Pasn Flow behavior index =0.45 Pressure drop in filter =100kPa CAf of 90 flanged long radius elbows from Table 2.3=0.2