Using a mixed flow reactor(MFR), try to concentrate the selectivity from A to R in the following reaction. AR,r = kC A ← A S, r = kC² A Reaction rate constant k = 0.25- L initial molmin' concentration of A(c) = = 2. 40 mo, conversion rate of Ax = 0.9 mo L A Find the concentrations of R and S(C2C), respectively. From the results of 1), what is the selectivity of R ? What is the yield of R from the results of 2)? 2. Using a mixed flow reactor(MFR), try to concentrate the selectivity from A to R in the following reaction. A-R,r= kCA A-S,r=kO Reaction rate constant k = 0.25 L/(mol min), initial concentration of A(C) = 2. mol/L, conversion rate of A X₁ = 0.9 1) Find the concentrations of R and S(CRC), respectively. 2) From the results of 1), what is the selectivity of R? 3) What is the yield of R from the results of 2)?

Using a mixed flow reactor(MFR), try to concentrate the selectivity from A to R in the following reaction. AR,r = kC A ← A S, r = kC² A Reaction rate constant k = 0.25- L initial molmin' concentration of A(c) = = 2. 40 mo, conversion rate of Ax = 0.9 mo L A Find the concentrations of R and S(C2C), respectively. From the results of 1), what is the selectivity of R ? What is the yield of R from the results of 2)? 2. Using a mixed flow reactor(MFR), try to concentrate the selectivity from A to R in the following reaction. A-R,r= kCA A-S,r=kO Reaction rate constant k = 0.25 L/(mol min), initial concentration of A(C) = 2. mol/L, conversion rate of A X₁ = 0.9 1) Find the concentrations of R and S(CRC), respectively. 2) From the results of 1), what is the selectivity of R? 3) What is the yield of R from the results of 2)?

Principles Of Marketing

17th Edition

ISBN:9780134492513

Author:Kotler, Philip, Armstrong, Gary (gary M.)

Publisher:Kotler, Philip, Armstrong, Gary (gary M.)

Chapter1: Marketing: Creating Customer Value And Engagement

Section: Chapter Questions

Problem 1.1DQ

See similar textbooks

Similar questions

Two processes are used to produce forgings used in an aircraft wing assembly. Of 200 forgings selected from process 1.12 do not conform to the strength specifications. Where as of 300 forgings selected from process. 2.6 are nonconforming. Test the hypothesis that the two processes have identical fractions nonconforming.Use a=0.05, and explain the result
Find Values of n and cHi-Tech Industries manufactures Z-Band radar scanners used to detect speed traps. The printed circuit boards in the scanners are purchased from an outside vendor. The vendor produces the boards to an AQL of 2 percent defectives and is willing to run a 5 percent risk (α) of having lots of this level or fewer defectives rejected. Hi-Tech considers lots of 8 percent ormore defectives (LTPD) unacceptable and wants to ensure that it will accept such poor quality lots no more than 10 percent of the time (β). A large shipment has just been delivered. What values of n and c should be selected to determine the quality of this lot?
A scatter diagram is useful to determine if a relationship exists between two variables.TrueORFalse
In a process of filling soda bottles 8% of the total is not completely filled, a potential buyer of the product decides to reject a large purchase batch yes to section a sample of 225 bottles the percentage of bottles that are not completely filled is greater than 7% with a probability greater than 85% a) Under these conditions will they buy the lot? justify the answer b) What is the minimum sample size so that the lot is not bought?
Write the ionic equation for dissolution and the solubility product (Ksp) expression for each of the following slightly soluble ionic compounds:(a) PbCl2(b) Ag2S(c) Sr3(PO4)2(d) SrSO4
Suppose that material hardness is normally distributed with a mean of 52 and a standard deviation of 1. Specification limits for hardness are from 45 to 55. What is Cp?
Webster Chemical’s nominal weight for filling tubes of caulk is 8.00 ounces ± 0.60 ounces. The target process capability ratio is 1.33. The current distribution of the filling process is centered on 8.054 ounces with a standard deviation of 0.192 ounces. Compute the process capability ratios Cp and Cpk to assess whether the filling process is capable and set properly.
A machine cuts circular filters from large rolls of material. The diameters of the filters are normally distributed with a mean of 2.00 cm and a standard deviation of 0.02 cm. Specifications call for the filters to have diameters between 1.95 cm and 2.03 cm. What percent of production does not meet specifications
Find the discharge coefficient, threshold heat flux, combustion efficiency and emissivity factor for both propane and butane separetly. The pipe which would contain thesge gases is 30 inches in diameter and has an operating pressure of 1000psig.
The specifications for a gasket that installs between two engine parts calls for a thickness of 6.0 mm ± .2 mm. The standard deviation of the process is estimated to be 0.05 mm. The process is known to operate at a mean thickness of 6.1 mm What are the upper and lower specification limits for the gasket? What are the Cp and Cpk values for this process? Is this process capable of producing the desired part?
The process capability index (Cp) may mislead if: (I) the process is not stable. (II) the process output is not normally distributed. (III) the process is not centered.
A single sampling inspection scheme for large lot of mass-produced flanges states:From each lot take and inspect a random sample of 50. If 3 or more defectives, inspect the whole lot and remove all defectives, if less than 3 are found accept the lot without further inspection.a. Obtain the equation for Pa the probability that a lot containing a fraction p of defectives will be accepted, in terms of p.b. Evaluate Pa for p=0.01, 0.02, 0.03, 0.05, 0.07, 0.10, 0.15, 0.20, 0.30. Plotthe operating characteristics and average outgoing quality curve.c. Estimate: (a) the producer’s Risk at p of 2% (b) the consumer’s Risk for pof 5%.