Create the simulation model of the 3-tank system shown in Figure. S= 0,25 m2 S0=0,00065 m2 H=0,2 m Q130,008 m/s Q2-0,005m/s Simulate the course of the liquid level positions for different initia conditions and evaluate the steady state values. Case a: n1031,2m Case b: h10-D0,8m Case c: h10-1,2m 20-1m
Create the simulation model of the 3-tank system shown in Figure. S= 0,25 m2 S0=0,00065 m2 H=0,2 m Q130,008 m/s Q2-0,005m/s Simulate the course of the liquid level positions for different initia conditions and evaluate the steady state values. Case a: n1031,2m Case b: h10-D0,8m Case c: h10-1,2m 20-1m
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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![Create the simulation model of the 3-tank system shown in Figure.
S= 0,25 m2
SO=0,00065 m2
H=0,2 m
Q1=0,008 m/s
Q2-0,005m/s
Simulate the course of the liquid level positions for different initial
conditions and evaluate the steady state values.
Case a:
Case c:
h10=1,2m
h20=1m
h30-0,7m
Case b:
h10-0,8m
h20=1m
h10-1,2m
h20-1m
h30=0,7m
h30-0,1m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F09ad415d-632c-4245-ac40-d5a0d9cc00c8%2F2748f060-788b-4ea4-a56c-078dbc286217%2Fub9py59_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Create the simulation model of the 3-tank system shown in Figure.
S= 0,25 m2
SO=0,00065 m2
H=0,2 m
Q1=0,008 m/s
Q2-0,005m/s
Simulate the course of the liquid level positions for different initial
conditions and evaluate the steady state values.
Case a:
Case c:
h10=1,2m
h20=1m
h30-0,7m
Case b:
h10-0,8m
h20=1m
h10-1,2m
h20-1m
h30=0,7m
h30-0,1m
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