solve numerical 3 please dont copy paste from previous answers of chegg q page view a read aloud

So, in this question, we can say about the concentration in response to the pulse input with on

We will use the mole balance equation that is V is equals to F by minus r c that is a mole balan

And this question to increase the conversion of A 90 % the type of reactor that should be used r

heat generated term equation that will be G of T equals minus delta H0 Rx into x. Now for first

the given reaction A to B to C, the rate constant A to B that will be k1 and rate constant B to

Question

(a) From the standpoint of favorable product distribution, order the contacting scheme, from most desirable to least desirable. (b) For 90% conversion of A, find the concentration of R and S in the product stream. Equal volumetric rates of A and B are fed to an ideal PFR, and each stream has a concentration of 20 mol/L of reactant. 3. (a) What is the differential method of analysis of kinetic data? (b) A first-order reversible liquid phase reaction A -> B is carried out in a CSTR at 427Â°C, with the initial concentration of A being equal to 2.0 mol/L. 10 The following parameters are given: C=40 J/molK; Cs=40 J/molK; Hoo=-80 kJ/mol K(@27Â°C)=210; K(@327Â°C)=1 hr; E=30,000 J/mole Determine the residence time in the reactor for 80% equilibrium conversion. (a) The following data have been reported as a result of our effort to determine the distribution of residence time in a packed bed reactor. 10 Time, t, min: 0 4 8 12 16 20 24 28 32 Effluent tracer Conc., g/L: 0 2 3.5 4.5 5.5 4.6 3.4 2.1 0

          (a) From the standpoint of favorable product distribution, order the contacting scheme, from most desirable to least desirable.
(b) For 90% conversion of A, find the concentration of R and S in the product stream. Equal volumetric rates of A and B are fed to an ideal PFR, and each stream has a concentration of 20 mol/L of reactant.

3.
(a) What is the differential method of analysis of kinetic data?
(b) A first-order reversible liquid phase reaction A -> B is carried out in a CSTR at 427Â°C, with the initial concentration of A being equal to 2.0 mol/L.

10
The following parameters are given: C=40 J/molK; Cs=40 J/molK; Hoo=-80 kJ/mol
K(@27Â°C)=210; K(@327Â°C)=1 hr; E=30,000 J/mole
Determine the residence time in the reactor for 80% equilibrium conversion.

(a) The following data have been reported as a result of our effort to determine the distribution of residence time in a packed bed reactor.
10
Time, t, min: 0 4 8 12 16 20 24 28 32
Effluent tracer Conc., g/L: 0 2 3.5 4.5 5.5 4.6 3.4 2.1 0

solve numerical 3 please dont copy paste from previous answers of chegg q page view a read aloud v draw highlight erase a from the standpoint of favorable product distribution order the cont 66692

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