. 4) For a reaction A B (rate expression: -rA=kCA) taking place in isothermal tubular reactor, starting...

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4) For a reaction A B (rate expression: -rA=kCA) taking place in isothermal tubular reactor, starting with the mass balance equation and assuming plug flow, derive an expression for calculating the reactor volume in terms of the molar flow rate of reactant A. If the volumetric flow rate is 0.4 m/s, calculate the reactor volume and residence time required to achieve a fractional conversion of 0.95. The rate constant k=0.6 s1. 4) For a reaction A B (rate expression: -rA=kCA) taking place in isothermal tubular reactor, starting with the mass balance equation and assuming plug flow, derive an expression for calculating the reactor volume in terms of the molar flow rate of reactant A. If the volumetric flow rate is 0.4 m/s, calculate the reactor volume and residence time required to achieve a fractional conversion of 0.95. The rate constant k=0.6 s1.