For the level process shown in figure, 4 m³/min AT = 3 m2 8 m 4 m³/min R= 1 min/m2 A 3-unit amplitude step-type input change is applied that changes to 6 units after 6 minutes and remains constant. 1) What is the level height that the system will reach after stabilization? 2) What is the level height 15 minutes after the input variation was applied? 3) In how long will the system reach 65% of the final value?

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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For the level process shown in figure,
4 m?/min
AT = 3 m?
8 m
4 m³/min
R = 1 min/m2
A 3-unit amplitude step-type input change is applied that changes to 6 units after 6 minutes and
remains constant.
1) What is the level height that the system will reach after stabilization?
2) What is the level height 15 minutes after the input variation was applied?
3) In how long will the system reach 65% of the final value?
Transcribed Image Text:For the level process shown in figure, 4 m?/min AT = 3 m? 8 m 4 m³/min R = 1 min/m2 A 3-unit amplitude step-type input change is applied that changes to 6 units after 6 minutes and remains constant. 1) What is the level height that the system will reach after stabilization? 2) What is the level height 15 minutes after the input variation was applied? 3) In how long will the system reach 65% of the final value?
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