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88 cm d 17 cm In the fountain shown, water flowing at 35 lpm exits the weir at the top, with a stream that is 17 cm wide and 0.20 cm thick. Determine the diameter of the stream (cm) at a point 88 cm below the weir, assuming that the flow has a cylindrical shape at this location Solution: 1.3 cm

88 cm d 17 cm In the fountain shown, water flowing at 35 lpm exits the weir at the top, with a stream that is 17 cm wide and 0.20 cm thick. Determine the diameter of the stream (cm) at a point 88 cm below the weir, assuming that the flow has a cylindrical shape at this location Solution: 1.3 cm

Elements Of Electromagnetics
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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In the image, there is a fountain with water flowing through a weir. The water exits at the top with a stream that is 17 cm wide and 0.20 cm thick. The problem is to determine the diameter of the stream (in cm) at a point 88 cm below the weir, assuming the flow has a cylindrical shape at this location. Details: - The water flows at a rate of 35 liters per minute (lpm). - The width of the stream at the weir is 17 cm. - At a distance of 88 cm below the weir, you need to calculate the diameter of the stream. Solution: The diameter of the stream at 88 cm below the weir is estimated to be 1.3 cm.
Transcribed Image Text:In the image, there is a fountain with water flowing through a weir. The water exits at the top with a stream that is 17 cm wide and 0.20 cm thick. The problem is to determine the diameter of the stream (in cm) at a point 88 cm below the weir, assuming the flow has a cylindrical shape at this location. Details: - The water flows at a rate of 35 liters per minute (lpm). - The width of the stream at the weir is 17 cm. - At a distance of 88 cm below the weir, you need to calculate the diameter of the stream. Solution: The diameter of the stream at 88 cm below the weir is estimated to be 1.3 cm.
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