this is for a fluid mechanics class. please can I have the pull process.

thank you

this is everything I was given

a) Find the impeller diameter best suited for Qop? b) What is the efficiency of pump for the impeller diameter and c) How from the system curve Q = 80 gpm L = 200 ft. Az = 20 ft. = Gate valve = 20 ft Check valve Pump 2 in. schedule 40 galvanized iron pipe Capacity in liters per second 3 o 2 10 12 18 16 40% 50% 5596 60% 6596 67% 50 1750 rpm 14 6 1/2" 69.596 69% 12 40 6594 10 10 0 $ 1/24 Tocal head in meters Toalhead in feet 30 30 5596 S 20 20 3/4 hp hp (2.24 kW) SON 2 hp (ISO KW) 1 1/2 hp (1.12 kW) 4096 0.75 kW) (0.56 kW) NPSH, nders NPSH, fed 4 10 hp 10 2 NPSH required SO 200 250 100 150 Capacity in U.S. gallons per minute a) Find the impeller diameter best suited for Qop? b) What is the efficiency of pump for the impeller diameter and c) How from the system curve Q = 80 gpm L = 200 ft. Az = 20 ft. = Gate valve = 20 ft Check valve Pump 2 in. schedule 40 galvanized iron pipe Capacity in liters per second 3 o 2 10 12 18 16 40% 50% 5596 60% 6596 67% 50 1750 rpm 14 6 1/2" 69.596 69% 12 40 6594 10 10 0 $ 1/24 Tocal head in meters Toalhead in feet 30 30 5596 S 20 20 3/4 hp hp (2.24 kW) SON 2 hp (ISO KW) 1 1/2 hp (1.12 kW) 4096 0.75 kW) (0.56 kW) NPSH, nders NPSH, fed 4 10 hp 10 2 NPSH required SO 200 250 100 150 Capacity in U.S. gallons per minute