12:50 PM tipo 94% Part A.docx Question 1:(12 p) For the given system below, the cylindrical tank has a diameter of Q=15.9 m, the pipe 1 is 10.20 m long is a galvanized iron conduit of rectangular cross-section 110 mm X 40 mm and fixed to the tank as re-entrant type. Pipe 2 is 8.30 m long pvc pipe of diameter 38 cm which is fixed as sharp edged and having a globe valve fully open. At its end of this pipe, there is a nozzle with a hole diameter of 13 cm that ejects waters. This pipe also has 2 pieces of 90 flanged elbows. Determine: a) the discharge Q1 within pipe 1? (7 p) b) the height h2 so that pipe 2 carries the same discharge as Q1? (5 p) 0 = 15.9 m nozzle globe valve h=? Pipe 1 Pipe 2 Fixed re-entrant Fixed sharp edged Galvanized iron 3.75 m Pvc L = 10.20 m 18.30 m water 23 "c Rectangular cross-section 110 mm x 40 mm Diameter = 38 cm Globe valve fully open Nozzle opening diameter (sudden contraction) -13 cm Having 2 (90" flanged) elbows Question 2: (6 p) For the given connection system shown below, ignore the effect of minor los a) determine the amount of discharge pipe 2 'Q2' and in pipe 3 'Q3'? 12:50 PM tipo 94% Part A.docx Question 1:(12 p) For the given system below, the cylindrical tank has a diameter of Q=15.9 m, the pipe 1 is 10.20 m long is a galvanized iron conduit of rectangular cross-section 110 mm X 40 mm and fixed to the tank as re-entrant type. Pipe 2 is 8.30 m long pvc pipe of diameter 38 cm which is fixed as sharp edged and having a globe valve fully open. At its end of this pipe, there is a nozzle with a hole diameter of 13 cm that ejects waters. This pipe also has 2 pieces of 90 flanged elbows. Determine: a) the discharge Q1 within pipe 1? (7 p) b) the height h2 so that pipe 2 carries the same discharge as Q1? (5 p) 0 = 15.9 m nozzle globe valve h=? Pipe 1 Pipe 2 Fixed re-entrant Fixed sharp edged Galvanized iron 3.75 m Pvc L = 10.20 m 18.30 m water 23 "c Rectangular cross-section 110 mm x 40 mm Diameter = 38 cm Globe valve fully open Nozzle opening diameter (sudden contraction) -13 cm Having 2 (90" flanged) elbows Question 2: (6 p) For the given connection system shown below, ignore the effect of minor los a) determine the amount of discharge pipe 2 'Q2' and in pipe 3 'Q3