Chemical Reaction Engineering Design Fluid Particle Reactors Online Exam Quiz
Chemical Reaction Engineering Design Fluid Particle Reactors GK Quiz. Question and Answers related to Chemical Reaction Engineering Design Fluid Particle Reactors. MCQ (Multiple Choice Questions with answers about Chemical Reaction Engineering Design Fluid Particle Reactors
If frac{?}{t} = 0.5, average conversion for a particle B of constant size in a mixed flow reactor for film resistance controlling is ____
Options
A : 0.45
B : 0.38
C : 0.536
D : 0.743
If frac{?}{t}=frac{1}{3}, average conversion for a particle B of constant size in a mixed flow reactor for chemical reaction controlling is ____
Options
A : 0.92
B : 0.98
C : 0.75
D : 0.76
If weight of all solids in the reactor is 300kg and the feed rate of solids is frac{50kg}{hr}, then the mean residence time(in hrs) of a material of a given size for mixed flow of a mixture of sizes of unchanging size particles is ____
Options
A : 7
B : 6
C : 4
D : 3
Which of the following does not provide plug flow of Solid – fluids?
Options
A : Fluidised bed reactor
B : Countercurrent flow in blast furnaces
C : Crossflow in moving belt
D : Concurrent flow in driers
Which of the following does not control the design of fluid – solid reactor?
Options
A : Reaction kinetics for single particles
B : Density of fluid being treated
C : Size distribution of solids
D : Flow patterns of solids and fluid
For mixed flow of a mixture of sizes of unchanging size particles, the mean residence time of a material of a given size is ____
Options
A : t = frac{Weight , of , all , solids , in , the , reactor}{Feed , rate , of , solids , to , the , reactor}
B : t = frac{Feed , rate , of , solids , to , the , reactor}{Weight of all solids in the reactor}
C : t = frac{Weight , of , all , solids , in , the , reactor}{Reactant , concentration}
D : t = frac{Reactant , concentration}{Weight , of , all , solids , in , the , reactor}
Chemical Reaction Engineering Aptitude Test more Online Exam Quiz
Chemical Reaction Engineering Classification Reactions
Chemical Reaction Engineering Conversion Reactor Sizing Problems Ideal Reactors
Chemical Reaction Engineering Design Cstrs Series
Chemical Reaction Engineering Design Equations Flow Reactors
Chemical Reaction Engineering Design Fluid Fluid Reactors
Chemical Reaction Engineering Experienced
Chemical Reaction Engineering Freshers
Chemical Reaction Engineering Interview