. An exothermic reaction, A- B, takes place adiabatically in a stirred tank reactor. The liquid reaction occurs constant volume in a 1000-gallon reactor. The reaction can be considered first order and irreversible with the rate constant given by k-1015e(min-1). -20000 Derive a transfer function relating the exit temperature, T, to the inlet concentration Ca State any assumptions that you make. flowrate q? Steady State Conditions:-150°F,4,-08쁩.q = 20 au (in and out of the reactor) Physical Constants: C'e 0.8 mu,pe 52th,-AHR-500 mol a. b. How sensitive is the gain to changes in steady-state T, Cai and volumetric mol gal minute k)
. An exothermic reaction, A- B, takes place adiabatically in a stirred tank reactor. The liquid reaction occurs constant volume in a 1000-gallon reactor. The reaction can be considered first order and irreversible with the rate constant given by k-1015e(min-1). -20000 Derive a transfer function relating the exit temperature, T, to the inlet concentration Ca State any assumptions that you make. flowrate q? Steady State Conditions:-150°F,4,-08쁩.q = 20 au (in and out of the reactor) Physical Constants: C'e 0.8 mu,pe 52th,-AHR-500 mol a. b. How sensitive is the gain to changes in steady-state T, Cai and volumetric mol gal minute k)
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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2. An exothermic reaction, A- B, takes place adiabatically in a stirred tank reactor. The liquid reaction occurs constant volume in a 1000-gallon reactor. The reaction can be considered first order and irreversible with the rate constant given by k-1015e(min-1). -20000 Derive a transfer function relating the exit temperature, T, to the inlet concentration Ca State any assumptions that you make. flowrate q? Steady State Conditions:-150°F,4,-08쁩.q = 20 au (in and out of the reactor) Physical Constants: C'e 0.8 mu,pe 52th,-AHR-500 mol a. b. How sensitive is the gain to changes in steady-state T, Cai and volumetric mol gal minute k)
![2. An exothermic reaction, A→ B, takes place adiabatically in a stirred tank reactor.
The liquid reaction occurs constant volume in a 1000-gallon reactor. The reaction
can be considered first-order and irreversible with the rate constant given by:
-20000
k = 1015e T (min 1).
a. Derive a transfer function relating the exit temperature, T, to the inlet
concentration Ca State any assumptions that you make.
b. How sensitive is the gain to changes in steady-state T, CAi, and volumetric
flowrate q?
%3!
Steady State Conditions: T = 150°F, Ĉ, , = 0.8mol
%3D
20
minute
gal
(in and out of the reactor)
BTU
k]
Physical Constants: C = 0.8
Ib F
ip= 52,-AHR = 500 –
mol](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa9ddb3d7-b363-4fc9-87f9-62e0dea94abb%2Fcabe25f6-001f-4837-9d1a-b16e9e9f750d%2F20pqzly_processed.png&w=3840&q=75)
Transcribed Image Text:2. An exothermic reaction, A→ B, takes place adiabatically in a stirred tank reactor.
The liquid reaction occurs constant volume in a 1000-gallon reactor. The reaction
can be considered first-order and irreversible with the rate constant given by:
-20000
k = 1015e T (min 1).
a. Derive a transfer function relating the exit temperature, T, to the inlet
concentration Ca State any assumptions that you make.
b. How sensitive is the gain to changes in steady-state T, CAi, and volumetric
flowrate q?
%3!
Steady State Conditions: T = 150°F, Ĉ, , = 0.8mol
%3D
20
minute
gal
(in and out of the reactor)
BTU
k]
Physical Constants: C = 0.8
Ib F
ip= 52,-AHR = 500 –
mol
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