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The following liquid - phase series reaction is carried out in a 5 0 0 dm 3 batch reactor. Pure A is fed into a
The following liquidphase series reaction is carried out in a dm batch reactor. Pure A is fed into a reactor with the initial concentration of mol dm The desired product is B and the separation of undesired product C is very difficult and costly All the reactions are first order with respect to the indicated reactant with the rate constants k and k Question The following liquidphase series reaction is carried out in a batch reactor. Pure is fed into a reactor with the initial concentration of The desired product is and the separation of undesired product is very difficult and costly All the reactions are first order with respect to the indicated reactant with the rate constants and a Express the concentrations of A and as a function of time, marks b What is the optimum reaction time to obtain maximum product if the reaction rate constants are and marks c Determine the conversion of A and concentrations of and at the optimum reaction time determined in part b The same values of and given in part b should be used. marks Additional information: exp
The following liquidphase series reaction is carried out in a
dm batch reactor. Pure A is fed into a reactor with the initial
concentration of mol dm
The desired product is B and the
separation of undesired product C is very difficult and costly All
the reactions are first order with respect to the indicated reactant
with the rate constants k and k
Question
The following liquidphase series reaction is carried out in a
batch reactor. Pure is fed into a reactor with the initial
concentration of The desired product is and the
separation of undesired product is very difficult and costly All
the reactions are first order with respect to the indicated reactant
with the rate constants and
a Express the concentrations of A and as a function of
time,
marks
b What is the optimum reaction time to obtain maximum
product if the reaction rate constants are
and
marks
c Determine the conversion of A and concentrations of
and at the optimum reaction time determined in part
b The same values of and given in part b should
be used.
marks
Additional information: exp
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