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Suppose you have an open tank with water like the one shown in Figure 1 whose area is very large compared to narrow areas, to this is added a pressure gauge containing mercury and is open to atmospheric pressure. Know that the flow of water is constant and that the viscosity is negligible. Point C is open to the air and is where the| flow of Water comes out. A 2 m 1m Mercurio 0,04 m 0,05 m

Suppose you have an open tank with water like the one shown in Figure 1 whose area is very large compared to narrow areas, to this is added a pressure gauge containing mercury and is open to atmospheric pressure. Know that the flow of water is constant and that the viscosity is negligible. Point C is open to the air and is where the| flow of Water comes out. A 2 m 1m Mercurio 0,04 m 0,05 m

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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Answer the question considering the information given in the picture

a)   Calculate the flow rate Q.

 

Suppose you have an open tank with water like the one shown in Figure 1 whose area is very large compared to narrow areas, to this is added a pressure gauge containing mercury and is open to atmospheric pressure. Know that the flow of water is constant and that the viscosity is negligible. Point C is open to the air and is where the| flow of Water comes out. 2 m 1m Mercurio 0,04 m 0,05 m Figure 1. Large tank through which water flows into a narrower area.
Transcribed Image Text:Suppose you have an open tank with water like the one shown in Figure 1 whose area is very large compared to narrow areas, to this is added a pressure gauge containing mercury and is open to atmospheric pressure. Know that the flow of water is constant and that the viscosity is negligible. Point C is open to the air and is where the| flow of Water comes out. 2 m 1m Mercurio 0,04 m 0,05 m Figure 1. Large tank through which water flows into a narrower area.
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