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Consider an aqueous phase exothermic reaction: A+2B> Products. The reaction is exothermic, Hrxn=80,000J/mol The feed contains A and B in molar concentrations of 0.1 Molar
Consider an aqueous phase exothermic reaction: A+2B> Products. The reaction is exothermic, Hrxn=80,000J/mol The feed contains A and B in molar concentrations of 0.1 Molar ( =0.1 moles/L) and 0.2 Molar, respectively. The volumetric flow rate (vO) of the feed is 10L/min and the feed temperature is 26.3 degrees celsius. The feed can be considered to have properties almost that of water since A and B are present in very low concentration. (Note: Carefully compute all the theta_i) If the reaction is carried out in an adiabatic flow reactor, what will be the exit temperature (in Kelvin) for 80% conversion of A. Enter answer in Kelvin and rounded off to first decimal place
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