Steady or Non-Steady? Understanding Reactor Dynamics in a Balanced System

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Suppose I am putting a compound A in a reactor where the reaction A → B is occurring. If the concentration of A coming into the tank and leaving the tank are not changing (meaning, the value of C_a in is not the same as C_a out, but C_a out stays the same throughout) and the volumetric flow rate in and out is equal, is the process steady or non-steady?

Since the flow rate in and out are the same, I would think steady state, but since the concentration in is not the concentration out, does that imply non steady?
 
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Woopydalan said:
Suppose I am putting a compound A in a reactor where the reaction A → B is occurring. If the concentration of A coming into the tank and leaving the tank are not changing (meaning, the value of C_a in is not the same as C_a out, but C_a out stays the same throughout) and the volumetric flow rate in and out is equal, is the process steady or non-steady?

Since the flow rate in and out are the same, I would think steady state, but since the concentration in is not the concentration out, does that imply non steady?

Steady state means that nothing is changing with time at all arbitrary spatial locations.