Q5/ A surge tank in Fig. E4.8 is designed with a slotted weir so that the outflow rate w is related to the liquid level h to the 2.5 power; that is, w = Rh2.5 where R is a constant. If a single stream enters the tank with flow rate w, find the transfer function, H'(s)/W'; (s). Identify the gain and all time constants. Verify units. The cross-sectional area of the tank (A) and Liquid density (p) are constant. wi Weir w Figure E4.8

Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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Q5/ A surge tank in Fig. E4.8 is designed with a slotted weir so that the
outflow rate w is related to the liquid level h to the 2.5 power; that is, w =
Rh25 where R is a constant. If a single stream enters the tank with
flow rate w, find the transfer function, H'(s)/W' (s). Identify the gain and all
time constants. Verify units. The cross-sectional area of the tank (A) and
Liquid density (p) are constant.
wi
Weir
h
w
Figure E4.8
Transcribed Image Text:Q5/ A surge tank in Fig. E4.8 is designed with a slotted weir so that the outflow rate w is related to the liquid level h to the 2.5 power; that is, w = Rh25 where R is a constant. If a single stream enters the tank with flow rate w, find the transfer function, H'(s)/W' (s). Identify the gain and all time constants. Verify units. The cross-sectional area of the tank (A) and Liquid density (p) are constant. wi Weir h w Figure E4.8
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