1. 2. UNIT-I A reaction with a number of dividing baffles is to be used to run the reaction A → R, with - r₁=0.05C₁ mol/

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1. 2. UNIT-I A reaction with a number of dividing baffles is to be used to run the reaction A → R, with - r₁=0.05C₁ mol/

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1 2 Unit I A Reaction With A Number Of Dividing Baffles Is To Be Used To Run The Reaction A R With R 0 05c Mol 1
1 2 Unit I A Reaction With A Number Of Dividing Baffles Is To Be Used To Run The Reaction A R With R 0 05c Mol 1 (308.5 KiB) Viewed 10 times
1. 2. UNIT-I A reaction with a number of dividing baffles is to be used to run the reaction A → R, with - r₁=0.05C₁ mol/liter.min. a pulse tracer test gives the following output curve. 10 20 30 40 50 38 40 40 39 37 A Time, min Con, mol/lit i. Draw the E curve ii. Calculate conversion directly from the data A sample of the tracer Hytane at 320K was injected as a pulse to a reactor and the effluent concentration was measured as a function of time resulting in the following data; T(min) 0 1 2 3 4 5 6 7 8 9 10 12 14 2.2 1.5 0.6 0 C (g/m³) 0 5 E 4 Plot the E-Curve and determine the fraction of material leaving the reactor that has spent time between 3 and 6 min in the reactor and the fraction of material leaving the reactor that has spent time between 7.75 and 8.25 min in the reactor. 0 35 8 60 36 70 35
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