Consider the flow of water in the pipe system shown. Neglect minor losses. Which of thefollowing equationsis NOT valid to use inthe system?70 m 50-mm-diam.-0.006 m↓a.hf1 = hf2110m 100-mm-diam...3b.H = hf1 + hf3€-0.012 mc.hf3 = hf1 + hf280 m 120-mm-diam.-0.009 md.Q1 + Q2 Q3Consider the following pipe system. The three water-filled tanks are connected by pipeswith diameters and lengths as indicated in the figure below. All pipes are made ofmortar-lined steel with roughness value of 0.1 mm. The discharge through pipe 1 is 0.028cms. Neglect minor losses and use a kinematic viscosity of water of 1 x 10 m³/s.What is the head at the junction?a.34.088 mElevation 60 mVAb.20.746 mElevation = 20 mVBElevation = 0VCc.49.295 md.11.230 m2D = ?D = 0.08 m€ = 200 m€ = 400 mConsider the uniform flow of water in the triangular channel shown in the figure. Thechannel bed slope is 0.003 and the roughness coefficient is 0.025. The flow rate in thechannel is 25 m³/s.What is the normal depth?a.3.48 mb.2.28 mc.4.70 md.1.98 mWhat is the critical depth?a. 1.98 mb.4.70 mc.3.48 md.2.28 mIf the flow depth at a certain section of the channel is 2 m, the flow is:a.subcriticalb.criticalc.supercriticald.can not be determinedD = 0.10 m€ = 200 m3VI2у1

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Description: Consider the flow of water in the pipe system shown. Neglect minor losses. Which of thefollowing equationsis NOT valid to use inthe system?70 m 50-mm-diam.-0.006 m↓a.hf1 = hf2110m 100-mm-diam...3b.H = hf1 + hf3€-0.012 mc.hf3 = hf1 + hf280 m 120-mm-d

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Consider the flow of water in the pipe system shown. Neglect minor losses. Which of the following equations is NOT valid to use in the system? 70 m 50-mm-diam. e-0.006 m H a.hf1 = hf2 110m 100-mm-diam. 3 b.H = hf1 + hf3 -0.012 m c.hf3 = hf1 + hf2 80 m 120-mm-diam. -0.009 m d.Q1 + Q2 Q3 =

Consider the flow of water in the pipe system shown. Neglect minor losses. Which of the following equations is NOT valid to use in the system? 70 m 50-mm-diam. e-0.006 m H a.hf1 = hf2 110m 100-mm-diam. 3 b.H = hf1 + hf3 -0.012 m c.hf3 = hf1 + hf2 80 m 120-mm-diam. -0.009 m d.Q1 + Q2 Q3 =

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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