A pipe system transmits water at 20 °C from a tank 1 to tank 2 as shown. The pipe head loss coefficients are fl = 0.025 for the bigger diameter pipe and f2 = 0.035 for the smaller diameter pipe. The loss coefficient in each bend is K, = 0.4, the 100 m loss in the pipe entrance is K. = 0.5 and the loss in the contraction Ke = 0.3. Neglect the losses at the smaller pipe exit. All pipes are made of galvanized iron. i) - Elevation = 140 m Elevation = 105 m Water y= 250 m 4=100 m D-20cm Elevation l-Elevation = 95 m Tank 1 q- 15cm Determine the flow rate in the pipes? State your assumptions and justify if Elevation = 40 m Elevation = 35 m - Elevation = 30 m necessary. If the exit of the smaller pipe is located at the bottom of Tank 2 (i.e elevation = 30 m), do you think the flow rate will remain the same? Explain. Are there any vacuum regions in the pipe system? If yes, indicate them. ii) Tank 2 iii)

A pipe system transmits water at 20 °C from a tank 1 to tank 2 as shown. The pipe head loss coefficients are fl = 0.025 for the bigger diameter pipe and f2 = 0.035 for the smaller diameter pipe. The loss coefficient in each bend is K, = 0.4, the 100 m loss in the pipe entrance is K. = 0.5 and the loss in the contraction Ke = 0.3. Neglect the losses at the smaller pipe exit. All pipes are made of galvanized iron. i) - Elevation = 140 m Elevation = 105 m Water y= 250 m 4=100 m D-20cm Elevation l-Elevation = 95 m Tank 1 q- 15cm Determine the flow rate in the pipes? State your assumptions and justify if Elevation = 40 m Elevation = 35 m - Elevation = 30 m necessary. If the exit of the smaller pipe is located at the bottom of Tank 2 (i.e elevation = 30 m), do you think the flow rate will remain the same? Explain. Are there any vacuum regions in the pipe system? If yes, indicate them. ii) Tank 2 iii)

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

See similar textbooks

Similar questions

Produce a 3D solid model of the Guard casing and test boss and produce an assembly of the two parts in the orientation shown in the sample assembly drawing.
How to perform zero point reset?
Which of the following is true about machine home, part origin, and tool change position? (choose all that apply) Machine tool home is a position set once by the machine manufacturer. Part origin is set by the programmer. All subsequent relative programmed tool movements are measured from part origin. Tool change position is set by the setup person.
-50- No elements selected A (-20,-40) -40- -30- R=64 (5,0) ,ksi -50 -40 -30 -20 -10 10 20 30 40 50 10 20- 30- 40- 50+t, ksi 20 ksi Press TAB to navigate between elements on the canvas. Press ALT+M to get to the main menu. Press ALT+A to modify the attributes. Press (ALT+Q) to quit the application. 30 ksi Submit Previous Answers Request Answer 40 ksi X Incorrect; Try Again; 2 attempts remaining
True or False: You can only use the REDO command immediately after using the UNDO command.
NEED HELP WITH D THRUGH G
3. What is the difference between Turn Coordinator and Turn and Slip Indicator?
how can you creat a section view for attached imaje including front side top
Provide the appropriate datum feature symbols and datum features in the feature control frames on the drawing
2 5 What is the shape and size of this tolerance zone? 1.25 0.50 Diam +/-0.002" 0.010
How would you solve this
i need (Acknowledgment for traing coop )