Question: The irreversible liquid phase reaction A B is half order in A. The value of k is 0.0205 mol1/2/dm1/6.s The reaction is carried out in

The irreversible liquid phase reaction A B is half order in A. The value of k is 0.0205 mol1/2/dm1/6.s The reaction is carried out in a non-ideal reactor. RTD measurements on the reactor gave values of t = 5 min and o= 3 min. The E-curve is : 1 E(t) = exp 02.0 For an entering concentration of pure A of 1.0 mol/dm?, calculate mean exit conversion using the segregation model. 2.0

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Chemical Engineering Questions!

DATA for Q4(a): = = Volume of each reactor, Vr = 0.25 m3 Specific heat capacity per mole of reacting fluid Tp = 523 kJ kmol-1K-1 Temperature of the inlet stream, To = 293 K Operating temperature of...

Q 1 : Choose the correct answer 1 - The widely industrial reactor is: a - batch b - CSTR c - PFR d - all of them 2 - If the reaction 2 A B + C is second order, which of the following will yield a...

a. Example 17-2: Mean Conversion, Xseg, Calculations in a Real Reactor Wolfram and Python 1. How do C A0 , n and k affect the trajectories in X for the segregation model and the LFR? 2. Write a set...

Problem 1 [ 2 0 marks ] P can be produced from A according to the first order irreversible reaction: ArarrPquad - r _ ( A ) = k _ ( A ) C _ ( A ) [ molm ^ ( - 3 ) s ^ ( - 1 ) ] The reaction is...

effective status reports used in project management. b) Discuss challenges and pitfalls for each of the projectstatus reports. c) Explain the difference between the projectstatusreports provided for...

Please use POLYMATH to answer the conversion questions. P can be produced from A according to the first order irreversible reaction: A P , - r A = k A C A [ m o l m - 3 s - 1 ] The reaction is...

s The elementary irreversible liquid - phase reaction A + B C is carried out in a CSTR , and a conversion of 7 0 Problem 1 An irreversible liquid phase reaction is carried out in an isothermal...

d) A VT graduate designed an isothermal constant volume batch reactor for the irreversible liquid phase reaction AB The reaction order in A was determined to be 2. In the design, she used a...

An irreversible liquid phase reaction, A?B, takes place in a stirred-tank reactor, as shown in Fig. E.?The reaction is zero order, and thus (he rate of reaction does not depend on the concentrations...

An exothermic irreversible liquid phase reaction takes place in a CSTR followed by a PFR. The CSTR operates at 107C and this temperature is maintained by passing water through the jacket at such a...

Queen Elizabeth II met with 14 US Presidents. During her lifetime, there have been 17 different US Presidents. What percent of the US Presidents that held office during her lifetime did Queen...

An industrial robot performs a machine loading and unloading operation. A PLC is used as the robot cell controller. The cell operates as follows: (1) a human worker places a work part into a nest,...

Question ID: 1 6 2 0 9 4 2 Which of these statements regarding money purchase plans is ( are ) CORRECT? The plan sponsor's costs are predictable, and the plan is easily administered. The plan...

Submit Final Project Part 1 (Graduate Students) Final Project Part 1: Company and Project Overview. ( Due: Sunday 11:59pm of Week 2) This report covers the progress your team made in the first two...

10. Given the inelasticity of cigarette demand, discuss an excise tax on cigarettes in terms of efficiency loss and tax incidence. LO20.7

13. last word Does a progressive tax system by itself guarantee that resources will be redistributed from the rich to the poor? Explain. Is the tax system in the United States progressive,...

11. advanced analysis Suppose the equation for the demand curve for some product X is P = 8 0.6Q and the supply curve is P = 2 + 0.4Q. What are the equilibrium price and quantity? Now suppose an...