(c) A cast iron piping system delivers water at 20°C from the lower tank to a higher tank asshown in Figure 2. The internal diameter of the pipe is 2.5 cm. The piping system has asharp entrance, threaded smooth bends mitre bènds (without vane), and 180° threadedreturn bend and sharp exit. The values of K as shown.in Table1. The total pipe length is120 m. Gauge pressure inside the upper taîk-iš D-bằr. If water is delivered at 80 L/min andthe elevation difference h, is 190m. Calculate the;i) minor and major head loss, andii) pumping power required.2 bar180°Threadedretum beridMitre bends150 m„90° Threaded smooth bend50 mPumpSharp-edgedentranceFigure 2 Component fittingsKLEntrance'Sharp EntranceReentrantWell rounded0.50.80.03ExitLaminar2TurbulentValveGlobe valve fully openAngle valve fully openBall valve fully openŚwing check valveGate valve fully openGate valve 3/4 openGate valve 1/2 openGate valve 1/4 open1100.050.20.32.117Bend90° Flanged smooth bend90° Threaded smooth bend90° Miter bend (Without vanes)90° Miter bend (With vanes)0.30.91.10.245° Threaded elbow0.4180° Flanged return bend180° Threaded return bend0.21.51Flanged Tee (tranch flow)Threaded Tee (tranch flow)Flanged Tee (line flow)Threaded Tee (line flow)Threaded union0.20.90.08Table 1: Component fittings loss coefficient

Answered: Image /qna-images/answer/ca699e93-a09b-4fae-8480-3b0c65a1365a.jpg

(c) A cast iron piping system delivers water at 20°C from the lower tank to a higher tank as shown in Figure 2. The internal diameter of the pipe is 2.5 cm. The piping system has a sharp entrance, threaded smooth bendsmitre bènds (without vane), and 180° threaded return bend and sharp exit. The values of K as shown.in Table 1. The total pipe length is 120 m. Gauge pressure inside the upper tank ik D bar. If water is delivered at 80 L/min and the elevation difference h, is 100m. Calculate the; i) minor and major head loss, and ii) pumping power required.

(c) A cast iron piping system delivers water at 20°C from the lower tank to a higher tank as shown in Figure 2. The internal diameter of the pipe is 2.5 cm. The piping system has a sharp entrance, threaded smooth bendsmitre bènds (without vane), and 180° threaded return bend and sharp exit. The values of K as shown.in Table 1. The total pipe length is 120 m. Gauge pressure inside the upper tank ik D bar. If water is delivered at 80 L/min and the elevation difference h, is 100m. Calculate the; i) minor and major head loss, and ii) pumping power required.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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