a) A second order gas reaction A+ B 2R +S proceeds in a constant pressure...
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a) A second order gas reaction A+ B → 2R +S proceeds in a constant pressure batch reactor where its volume increases 25% in 6 minutes. The feed contains 50% inerts and reactants are feed at stochiometric ratio. If the same reaction takes place in a constant volume bomb with 3 atm initial pressure at room temperature, calculate the total pressure after 110 minutes. Take gas constant as 0,082 L.atm/mol.K. b) The above reaction takes place in a V, L volume mixed flow reactor until Xa conversion is achieved. However, since the pedal turbine was not operated at full power a uniform mixing was not achieved. In fact, the estimated retention time has shown that about V2 L of the tank could be considered as death volume. This part did not interact with the inlet and outlet streams. If the turbine is replaced with a new turbine to achieve uniform mixing what conversion percentage would be achieved? Take it as constant volume reaction CAo = CBo V1 V2 XA 630 410 0,76 a) A second order gas reaction A+ B → 2R +S proceeds in a constant pressure batch reactor where its volume increases 25% in 6 minutes. The feed contains 50% inerts and reactants are feed at stochiometric ratio. If the same reaction takes place in a constant volume bomb with 3 atm initial pressure at room temperature, calculate the total pressure after 110 minutes. Take gas constant as 0,082 L.atm/mol.K. b) The above reaction takes place in a V, L volume mixed flow reactor until Xa conversion is achieved. However, since the pedal turbine was not operated at full power a uniform mixing was not achieved. In fact, the estimated retention time has shown that about V2 L of the tank could be considered as death volume. This part did not interact with the inlet and outlet streams. If the turbine is replaced with a new turbine to achieve uniform mixing what conversion percentage would be achieved? Take it as constant volume reaction CAo = CBo V1 V2 XA 630 410 0,76
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Related Book For
Thermodynamics An Engineering Approach
ISBN: 978-0073398174
8th edition
Authors: Yunus A. Cengel, Michael A. Boles
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