For the tank system shown, there is a constant flow rate of \( Q \) into tank 1. Initially, tank 1 is at the height of \( h_0 \) while all other tanks are completely empty.(a) Draw a block diagram representation of the following system.**Diagram Explanation:**The diagram depicts a series of three tanks connected in sequence:1. **Tank 1**: - Positioned at the top left. - Receives input flow \( Q \). - Arrows indicate flow from Tank 1 to Tank 2 and Tank 3.2. **Tank 2**: - Positioned to the right of Tank 1. - Receives flow from Tank 1. - Has an outlet flow continuing to the right.3. **Tank 3**: - Placed below Tank 1. - Receives flow from Tank 1.The arrows illustrate the direction of fluid flow between the tanks. The system allows for the distribution of fluid from Tank 1 to Tanks 2 and 3.

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Description: For the tank system shown, there is a constant flow rate of \( Q \) into tank 1. Initially, tank 1 is at the height of \( h_0 \) while all other tanks are completely empty.(a) Draw a block diagram representation of the following system.**Diagram Exp

To develop a model that represent the system ........... here initially the tanks are empty but…

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Mechanical Engineering

För the tank system shown, there is a constant flow rate of Q into tank 1. Initially tank 1 is at the height of h0 while all other tanks are completely empty. (1) (a) Draw a block diagram representation of the following system. (3)

För the tank system shown, there is a constant flow rate of Q into tank 1. Initially tank 1 is at the height of h0 while all other tanks are completely empty. (1) (a) Draw a block diagram representation of the following system. (3)

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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