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Water at 20°C, in the pressurized tank flows out and creates a vertical jet as shown. Assuming steady frectionless flow, determine the heaght H to which the jet rises.

Water at 20°C, in the pressurized tank flows out and creates a vertical jet as shown. Assuming steady frectionless flow, determine the heaght H to which the jet rises.

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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Water at 20°C, in the pressurized tank flows out and creates a vertical jet as shown. Assuming steady frectionless flow, determine the heaght H to which the jet rises.

The diagram illustrates a vertical section of a container system containing water and air. It is divided into several parts: 1. **Main Container (1):** - Contains water and is pressurized with air at 75 kPa-gauge. - The internal height of the water within this container is 85 cm. 2. **U-shaped Tube (2) and (3):** - Connected to the main container. - The left part of the tube, labeled (3), extends vertically upwards. - The right part of the tube, labeled (2), connects from the base of the main container. 3. **Height H:** - The vertical rise in the left part of the U-shaped tube (3) up to some unknown height labeled as \( H \). - There is a question mark indicating that this height needs to be determined. The diagram helps to understand the relationship between pressure, fluid height, and the positioning of the U-shaped tube in the system. This configuration is commonly used to explore fluid dynamics principles such as pressure measurement and differential height in fluid columns.
Transcribed Image Text:The diagram illustrates a vertical section of a container system containing water and air. It is divided into several parts: 1. **Main Container (1):** - Contains water and is pressurized with air at 75 kPa-gauge. - The internal height of the water within this container is 85 cm. 2. **U-shaped Tube (2) and (3):** - Connected to the main container. - The left part of the tube, labeled (3), extends vertically upwards. - The right part of the tube, labeled (2), connects from the base of the main container. 3. **Height H:** - The vertical rise in the left part of the U-shaped tube (3) up to some unknown height labeled as \( H \). - There is a question mark indicating that this height needs to be determined. The diagram helps to understand the relationship between pressure, fluid height, and the positioning of the U-shaped tube in the system. This configuration is commonly used to explore fluid dynamics principles such as pressure measurement and differential height in fluid columns.
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