Q.3. Consider an open liquid surge system shown in Fig.2.
15]
90
hi
h2
92
Area =A1
191
R1
Valve 1
Area - Az
R2
Valve 2
It is designed with a side tank that normally is isolated from the
flowing material.
(a) In normal operations, Valve 1 is closed (R) and 9, = 0. Find
the transfer function relating changes in %. and q, under these
conditions.
(b) Someone inadvertently leaves Valve 1 partially open (0< R, <00).
What is the differential equation model for this system?
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Answer:
I think it makes a nanogan.
Explanation:
i am not sure but if it is correct then please mark as brainliest.
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