A first order reaction A-B is being carried out in a CSTR. The feed stream containing reactant "A" at concentration C, is being fed at a constant rate F to reactor (Fig. Q2b). The volume (V) and temperature of the reactor are constant. Derive a transfer function relating concentration of "A" in the product stream (Co) to the feed stream concentration (C). The rate of reaction, r = k Co, Where k = rate contant. Viskume V
A first order reaction A-B is being carried out in a CSTR. The feed stream containing reactant "A" at concentration C, is being fed at a constant rate F to reactor (Fig. Q2b). The volume (V) and temperature of the reactor are constant. Derive a transfer function relating concentration of "A" in the product stream (Co) to the feed stream concentration (C). The rate of reaction, r = k Co, Where k = rate contant. Viskume V
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A first order reaction A-B is being carried out in a CSTR. The feed stream
containing reactant "A" at concentration C; is being fed at a constant rate F to
reactor (Fig. Q2b). The volume (V) and temperature of the reactor are
constant. Derive a transfer function relating concentration of "A" in the
product stream (Co) to the feed stream concentration (C). The rate of reaction,
r = k Co, Where k rate contant.
Viume V
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