1. The rate of the following reversible gas phase reaction is said to be first order...

 

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1. The rate of the following reversible gas phase reaction is said to be first order in A and first order in C and zero order in. A+2B <> 2C It is desired to conduct the reaction in a continuous flow process. The feed rate of A is 2 mol/h and that of B is 5 mol/h at 1 atm and 25°C. 1.1. Show that the rate of this reaction can be expressed in terms of conversion as 2(1-X) 2(1-X)+5 4(1-X) +k, 2(1-X)+5 |RT follows: 1, Where X is the conversion f and k, and k, are the rate constant of the forward and reverse reaction f respectively. [15] 1.2. What would be the volume of a CSTR reactor needed to achieve a conversion of dm 90% if k, = 0.05- mol.h dm and k. = 0.023- mol.h [6] f 1.3. What would be the concentration of B be when to conversion is 90%. [4] 1. The rate of the following reversible gas phase reaction is said to be first order in A and first order in C and zero order in. A+2B <> 2C It is desired to conduct the reaction in a continuous flow process. The feed rate of A is 2 mol/h and that of B is 5 mol/h at 1 atm and 25°C. 1.1. Show that the rate of this reaction can be expressed in terms of conversion as 2(1-X) 2(1-X)+5 4(1-X) +k, 2(1-X)+5 |RT follows: 1, Where X is the conversion f and k, and k, are the rate constant of the forward and reverse reaction f respectively. [15] 1.2. What would be the volume of a CSTR reactor needed to achieve a conversion of dm 90% if k, = 0.05- mol.h dm and k. = 0.023- mol.h [6] f 1.3. What would be the concentration of B be when to conversion is 90%. [4]