The performance equation of a PFR is ____ – McqOptions

MCQOPTIONS

1.	The performance equation of a PFR is ____
A.	( frac{F_{A_0}}{dV} = frac{dX_A}{(-r_A)} )
B.	( frac{dV}{F_{A_0}} = frac{(-r_A)}{dX_A} )
C.	( frac{F_{A_0}}{dV} = frac{(-r_A)}{dX_A} )
D.	( frac{F_{A_0}}{dX_A} = frac{(-r_A)}{dV} )
Answer» D. ( frac{F_{A_0}}{dX_A} = frac{(-r_A)}{dV} )

Discussion

No Comment Found

Related MCQs

If CA is the final concentration and CA0 is the initial concentration, the conversion of a reaction is expressed as ____
If the conversion of a first order liquid phase reaction occurring in a CSTR is 75%, molar feed rate is 5 mol/min, the rate of the reaction is 5 ( frac{mol}{litre.min} ) then the volume of the reactor (in litre) is ____
The performance equation of a PFR is ____
The performance equation of a CSTR is ____
For a PFR, the area under the curve ( frac{1}{-r_A} ) vs XA gives ____
Which one of the following combinations gives the highest conversion for second order reaction?
Which of the following is true for a reaction occurring in a batch reactor?
State true or false.The average concentration of product is low inside a CSTR.
State true or false.There is no axial mixing in a plug flow reactor.
The combination of ideal reactors among the following is ____