ulate the pressure at the outlet side of the pump.

A water discharge of 3000 L/min required for the cooling water supply system shown in Figure. The pipe material has an equivalent sand grain roughness of 0.3 mm. The pipeline has total length of 250 m (including the 15 m pipe connecting the reservoir to the inlet side of the pump). The pipeline has 15 joints, each with a loss coefficient of K = 1 (not including the smooth bends on the inlet side of the pump). How much power will have to be supplied to the flow by the pump to produce this discharge? ?=1.0. Assuming atmospheric pressure is 101 kPa, calculate the absolute pressure on the inlet side of the pump and calculate the pressure at the outlet side of the pump.