The reactors in which all of the product is removed after fixed time is referred to as ___________
a) packed bed reactors
b) batch membrane reactors
c) stirred tank batch reactors
d) fluidized bed reactors
Q.2.
The reactor wherein the flow of gas and/or substrate keeps the immobilized enzyme particles in a fluidized state is referred to as _____________
a) batch membrane reactor
b) continuous flow membrane reactor
c) fluidized bed reactor
d) packed bed reactor
Q.3.
The reactor presented in the below diagram is ______________________
a) continuous stirred tank batch reactors
b) continuous flow membrane reactor
c) packed bed reactor
d) fluidized bed reactor
Q.4.
Which kind of reactor is represented in the following diagram?
a) Fluidized bed reactor
b) Packed bed reactor
c) Continuous flow membrane reactor
d) Batch membrane reactor
Q.5.
The ____________ is the ratio of the length that contains sufficient enzyme to convert all the substrate at the given flow rate if the enzyme acted at its maximum velocity throughout to that of the actual reactor length necessary for complete conversion.
a) normalized time
b) normalized reactor length
c) specificity constant
d) turnover number
Q.6.
For continuous flow reactors, value of Re is critical.
a) True
b) False
Q.7.
The time relative to the time required for one reactor volume to pass through the reactor is referred to as ______________
a) normalized residence time
b) normalized reactor length
c) specificity constant
d) turnover number
Q.8.
What does the following reaction represent?
a) Miachelis Menten kinetics equation for enzymes
b) Miachelis Menten kinetics equation for stirred tank batch reactors
c) Miachelis Menten kinetics equation for CSTR
d) Miachelis Menten kinetics equation for immobilized enzymes
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