A pipeline, with diameter 36 inch and length 13125 ft, connects two water tanks of water levels as indicated in the figure below. In order to increase the flow rate between the two tanks A and B by 30%, it is decided to lay an additional 36 inch diameter pipeline from the upper tank. The second pipeline is parallel to the main pipeline and is to be connected to the latter at the same suitable point. Determine the point of connection i.e. the distance from the tank A. Iff= 0.04 for each pipeline. E.L. 246 ft Tank A E.L. 170.5 ft Tank B L1 L3

A pipeline, with diameter 36 inch and length 13125 ft, connects two water tanks of water levels as indicated in the figure below. In order to increase the flow rate between the two tanks A and B by 30%, it is decided to lay an additional 36 inch diameter pipeline from the upper tank. The second pipeline is parallel to the main pipeline and is to be connected to the latter at the same suitable point. Determine the point of connection i.e. the distance from the tank A. Iff= 0.04 for each pipeline. E.L. 246 ft Tank A E.L. 170.5 ft Tank B L1 L3

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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