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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 1 m 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 1 m 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

C)   What is the value of the height h?

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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