In Muppet Labs, Dr. Bunsen Honeydew found the following RTD from a tracer data on a...

    

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In Muppet Labs, Dr. Bunsen Honeydew found the following RTD from a tracer data on a non-ideal reactor. The inlet flow rate is 2 L/min. E(t) = 0.25 t E(t) = 1-0.25 t E(t) = 0 0 15. What is the mean residence time, tm, for this reactor? (10 points) 16. What is the volume, V, of this reactor? (5 points) Dr. Honeydew would like to run the elementary reaction A B in this reactor. 17. Assuming that the rate constant, k, is known, write the integral equation that is needed to solve for the average conversion, Xavg, in this reactor. Assume the segregation model of mixing. Assume that the feed is pure A. Do not integrate this expression, leave the expression in integral form. (15 points) In Muppet Labs, Dr. Bunsen Honeydew found the following RTD from a tracer data on a non-ideal reactor. The inlet flow rate is 2 L/min. E(t) = 0.25 t E(t) = 1-0.25 t E(t) = 0 0 15. What is the mean residence time, tm, for this reactor? (10 points) 16. What is the volume, V, of this reactor? (5 points) Dr. Honeydew would like to run the elementary reaction A B in this reactor. 17. Assuming that the rate constant, k, is known, write the integral equation that is needed to solve for the average conversion, Xavg, in this reactor. Assume the segregation model of mixing. Assume that the feed is pure A. Do not integrate this expression, leave the expression in integral form. (15 points)