In a continuous flow stirred tank reactor, the concentration of the exit stream

For a given conversion with first order reaction , which one will be of less volume

Consider a reaction A -----> B which is a first order reaction. At a particular time the concentration of a reactant in a batch reactor is 5mole/lit. Temperature is maintained at 30° C. Rate of the reaction at this time is 15mole/lit.min. The same reaction is being carried out in a CSTR and the concentration in the reactor is maintained at 10 mole/lit. The rate of reaction in CSTR is ------------the rate of reaction in the batch reactor if the CSTR temperature is maintained at 30°C.

Consider a reaction A ----> B which is a first order reaction. At a particular time the concentration of a reactant in a batch reactor is 2mole /lit. Temperature is maintained at 30° C. Rate of the reaction at this time is 5mole/lit.min. The same reaction is being carried out in a CSTR and the concentration in the reactor is maintained at 2mole/lit. The rate of reaction in CSTR is ----------- the rate of reaction in the batch reactor if the CSTR temperature is maintained at 50°C.

Consider reaction A ----> B which is a first order reaction. At a particular time the concentration of a reactant in a batch reactor is 5 mole/lit. Temperature is maintained at 30° C. Rate of the reaction at this time is 15mole/lit.min. The same reaction is being carried out in a steady state continuous stirred tank reactor (CSTR) and the concentration in the reactor is maintained at 5mole/lit. The rate of reaction in CSTR is ----------- the rate of reaction in the batch reactor if the CSTR temperature is also maintained at 30°C.