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This is an MCQ-based quiz on the topic of Distribution of Residence Time for Chemical Reactors.
This includes the following:-
Endothermic reaction
The optimum temperature
Adiabatic PFR
Exothermic irreversible reactions
Adiabatic reaction
Increase in temperature for an endothermic reaction ____
The optimum temperature progression for exothermic reversible reaction is ____
State true or false. An exothermic reaction approaches isothermal conditions by increasing the addition of inerts to the reaction mixture.
State true or false. For exothermic reactions with large temperature drop, PFR is used.
Which of the following reactors is used for large \(\frac{C_p}{-H_R}\)?
A liquid phase reaction occurring in adiabatic PFR has a heat of reaction -120000 J/molK. Specific heat of the stream is 10000 J / molK. The temperature difference for complete conversion to be achieved is ___
The conversion achieved for the liquid phase reaction occurring in an adiabatic PFR with a heat of reaction -100 kJ/molK, specific heat of the stream being 100 J / molK and the temperature difference being 800K is ___
The point of intersection of energy balance and material balance curves for exothermic irreversible reactions, wherein instability is witnessed is stated as ____
Decrease in inerts for an endothermic reaction ____
Which of the following correctly relates conversion to the heat of adiabatic reaction?
A
B
C
D
