Gaseous A absorbs and reacts with B in liquid according to in a packed bed under conditions

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Gaseous A absorbs and reacts with B in liquid according toA(g) + B(1)R(1), -TA = KCACB

in a packed bed under conditions whereKAga = 0.1 mol/hr. m of reactor Pa ka = 100 m liquid/m reactor. hr a = 100 m/m reactor f = 0.01 m liquid/m

At a point in the reactor where pA = 100 Pa and CB = 100 mol/m3 liquid

(a) Calculate the rate of reaction in mol/hr . m3 of reactor.
(b) Describe the following characteristics of the kinetics:

location of the major resistance (gas film, liquid film, main body of liquid) behavior in the liquid film (pseudo first-order reaction, instantaneous, second-order reaction, physical transport) for the following values of reaction rate and Henry's law constant.

k, m liquid/mol.hr 10 HA, Pa m liquid/mol 105

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