The flowrate between tank A and tank B shown in the figure below is to be increased by 35% (i.e., from Q to 1.35Q) by the addition of a second pipe (indicated by the dotted lines) running from node C to tank B. If the elevation of the free surface in tank A is 15 ft above that in tank B, determine the diameter, D, of this new pipe. Neglect minor losses and assume that the friction factor for each pipe is 0.02. D= i 0.639 ft 6-in. diameter; 600 ft long с 6-in. diameter; 500 ft long Diameter D, 500 ft long

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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X Incorrect.
The flowrate between tank A and tank B shown in the figure below is to be increased by 35% (i.e., from Q to 1.35Q) by the addition of a
second pipe (indicated by the dotted lines) running from node C to tank B. If the elevation of the free surface in tank A is 15 ft above
that in tank B, determine the diameter, D, of this new pipe. Neglect minor losses and assume that the friction factor for each pipe is
0.02.
D =
0.639
ft
6-in. diameter;
600 ft long
C
6-in. diameter;
500 ft long
Diameter D, 500 ft long
Transcribed Image Text:X Incorrect. The flowrate between tank A and tank B shown in the figure below is to be increased by 35% (i.e., from Q to 1.35Q) by the addition of a second pipe (indicated by the dotted lines) running from node C to tank B. If the elevation of the free surface in tank A is 15 ft above that in tank B, determine the diameter, D, of this new pipe. Neglect minor losses and assume that the friction factor for each pipe is 0.02. D = 0.639 ft 6-in. diameter; 600 ft long C 6-in. diameter; 500 ft long Diameter D, 500 ft long
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