i just need #3 only

CSTR IS CONSTANT PRESSURE

kinetics reactor design

Derivation of Rate Expressions & Solution to CSTR and Batch Reactors Given: ken Elementary Gaseous Reaction: 2A -- B with pure A. kon Given: kra: KvA and for a CSTR (EX, V, and V) and for a Batch reactor ( NV) All answers MUST be in terms of the given parameters above ONLY! Derive the following: 1. The expression for (-ra). 2. An equilibrium relationship that can be used to calculate Xang for each reactor type (CSTR and Batch). 3. (For a constant V, P, and TCSTR at steady state) a material balance for A that can be used to calculate the concentration of A in the outlet stream (CA) in terms of what are given above. 4. (For a constant V and T Batch reactor) a material balance for A that once integrated can be used to calculate the concentration of A (CA) for a given reaction time (t) in terms of what are given above. You don't need to integrate in this step. 5. For an additional 5 more minutes, integrate the equation in step 4 to get an equation that will allow CA to be calculated for a given t