Space time in terms of molar federate and initial concentration is ___ – McqOptions

MCQOPTIONS

1.	Space time in terms of molar federate and initial concentration is _________
A.	= C<sub>A0</sub> V<sub>0</sub>
B.	= ( frac{CA0}{FA0} )
C.	= C<sub>A0</sub> V
D.	= ( frac{VCA0}{FA0} )
Answer» E.

Discussion

No Comment Found

Related MCQs

For a gaseous reaction carried out in 25 litre PFR with 5molA/lit and space time 3 mins. Calculate the conversion attained if reaction kinetics is given as follows<br>A 2.5P, -r<sub>A</sub> = (2 min<sup>-1</sup>) C<sub>A</sub> .
Calculate the volume of CSTR in litre required to achieve 70% conversion. The feed contains 10 molA/litre with feed rate of 3 lit/min and rate constant 0.15 for the reaction -r<sub>A</sub> = k(C<sub>A</sub>)<sup>1.5</sup>.
The performance equation for CSTR is_________
Space time in terms of molar federate and initial concentration is _________
A space time of 10 minutes means __________
A space velocity of 7 hr<sup>-1</sup> means ___________
In CSTR, the rate of reaction is evaluated at the exit conditions.
The design equation of PBR to determine the weight of the catalyst is ________
The design equation for a plug flow reactor is ___________
The differential form of the plug flow reactor design equation is ______