Copper tubing is used to convey water at 60'C horizontally. The system consists of 5 m of inch std type Mubing attached in somes to 4 mof -inch std type Mubing The two tubes are connected with a converging nozzle (K = 0.1(1-02D1))) and there is a fully open gate valve in the -inch tube K = 0.15). The pressure drop through the system is 25 kPa. Use the Fiction Factor Calculator to calculate any Friction Factors required D, = 0.02680 m D2 = 0.01440 m P = 983 kg/m A = 0.0005641 Ap = 0.000164 m = 0.0004665 Pas t = 0.0000015 m Calculate: 2.1 The Continuity equation can be manipulated into the form of v, - Constant * vz? For this problem what is the value of the constare? 22 The Continuity equation can be manipulated into the form of 2 = Constant For this problem what is the value of the constart? 2.3 What is the value of 47 2.4 What is the value of K? 2.5 For the iterative process Re, and Re, can be simplified to an equation where Re - Constantys What is the constant for Rey - Constant vi? 2. For the iterative process Re, and Re, can be simplified to an equation where Re - Constant What is the constant for Re - Constanti? 2.7 Assume that v - 2 m/s iterste to determine the new value for 2.B Iterate a second time to determine the new value for 2.9 What is the flow Rate in the system? Copper tubing is used to convey water at 60'C horizontally. The system consists of 5 m of inch std type Mubing attached in somes to 4 mof -inch std type Mubing The two tubes are connected with a converging nozzle (K = 0.1(1-02D1))) and there is a fully open gate valve in the -inch tube K = 0.15). The pressure drop through the system is 25 kPa. Use the Fiction Factor Calculator to calculate any Friction Factors required D, = 0.02680 m D2 = 0.01440 m P = 983 kg/m A = 0.0005641 Ap = 0.000164 m = 0.0004665 Pas t = 0.0000015 m Calculate: 2.1 The Continuity equation can be manipulated into the form of v, - Constant * vz? For this problem what is the value of the constare? 22 The Continuity equation can be manipulated into the form of 2 = Constant For this problem what is the value of the constart? 2.3 What is the value of 47 2.4 What is the value of K? 2.5 For the iterative process Re, and Re, can be simplified to an equation where Re - Constantys What is the constant for Rey - Constant vi? 2. For the iterative process Re, and Re, can be simplified to an equation where Re - Constant What is the constant for Re - Constanti? 2.7 Assume that v - 2 m/s iterste to determine the new value for 2.B Iterate a second time to determine the new value for 2.9 What is the flow Rate in the system
