Related InterviewSolutions

• The value of the Peclet number for CSTR is ____(a) 1(b) 0(c) ∞(d) 2The question was posed to me in an internship interview.I need to ask this question from Non Ideal Reactors topic in chapter Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering
• The exit age distribution as a function of time is ____(a) E = \(\frac{t^{N-1}}{τ^N}\frac{N^N}{(N-1)!}e^\frac{-tN}{τ}\)(b) E = \(\frac{t^{N-1}}{τ^N}\frac{N}{(N-1)!}e^\frac{-tN}{τ}\)(c) E = \(\frac{t^N}{τ^N}\frac{N^N}{(N-1)!}e^\frac{-tN}{τ}\)(d) E = \(\frac{t^{N-1}}{τ^2}\frac{N^N}{(N-1)!}e^\frac{-tN}{τ}\)I got this question in a national level competition.The doubt is from Tanks in Series Model topic in section Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering
• Which of the following represents Peclet number?(a) \(\frac{Lu}{D} \)(b) \(\frac{u}{D} \)(c) \(\frac{u}{DL} \)(d) \(\frac{D}{uL} \)I got this question in an interview for job.Question is taken from Non Ideal Reactors topic in division Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering
• The range of reactor peclet number for open tubes is ____(a) 10^6(b) 10^10(c) 10^2(d) 10^3The question was posed to me in unit test.The origin of the question is Non Ideal Reactors topic in section Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering
• For a first order reaction, where k is the first order rate constant, the conversion for N tanks in series is obtained as ____(a) XA = 1-\(\frac{1}{(1+\frac{τk}{N})^N} \)(b) XA = 1+\(\frac{1}{(1+\frac{τk}{N})^N} \)(c) XA = \(\frac{1}{(1+\frac{τk}{N})^N} \)(d) XA = \(\frac{1}{(1+\frac{τk}{N})^N} \)– 1The question was posed to me by my school principal while I was bunking the class.I'm obligated to ask this question of Tanks in Series Model in chapter Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering
• State true or false.The tank in series model depicts a non – ideal tubular reactor as a series of equal sized CSTRs.(a) The tank in series model depicts a non – ideal tubular reactor as a series of equal sized CSTRs.(b) True(c) FalseI had been asked this question during an online interview.Question is from Tanks in Series Model topic in chapter Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering
• The dispersion model accounts for ____(a) Deviation from ideal PFR(b) Modelling ideal CSTR(c) Combining batch and CSTR(d) CSTRs connected in parallelThe question was asked in a national level competition.This question is from Non Ideal Reactors in division Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering
• According to tanks in series model, the spread of the tracer curve is proportional to ____(a) Square of distance from the tracer origin(b) Square root of distance from the tracer origin(c) Cube of distance from the tracer origin(d) Inverse square of distance from the tracer originThe question was asked in a job interview.My question comes from Tanks in Series Model in chapter Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering
• State true or false.The tank in series model is a single parameter model.(a) The tank in series model is a single parameter model.(b) False(c) TrueI got this question in class test.My question is based upon Tanks in Series Model topic in division Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering
• If τ = 5 s, first order rate constant, k = 0.25 sec^-1 and the number of tanks, N is 5, then the conversion is ____(a) 67.2%(b) 75%(c) 33%(d) 87.45%I had been asked this question in an interview.I need to ask this question from Tanks in Series Model in chapter Compartment Models, Models for Non Ideal Reactors of Chemical Reaction Engineering