An irreversible first-order reaction takes place in a long cylindrical reactor. There is no change in volume,
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An irreversible first-order reaction takes place in a long cylindrical reactor. There is no change in volume, temperature, or viscosity. The use of the simplifying assumption that there is plug flow in the tube leads to an estimated degree of conversion of 86.5%. What would be the actually attained degree of conversion if the real state of flow is laminar, with negligible diffusion?
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Irreversible first order long tubular reactor constant volume isothermal dF A dV For a PFR dX dV e...View the full answer
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