A CSTR is used to carry out liquid-phase reactions as described below. 2A + B -> 3C + D                           -r1A = k1A C2ACB A + 2 D -> E                                   r2E = k2E CAC2D B +  D ->  2E                                   -r3B = k3B CBCD The reaction conditions are determined to be:   T = 313 K; k1A = 5.5 dm6 /(mol2•min); k2E = 1.8 dm6 /(mol2•min); k3B = 1.2 dm3 /(mol•min) At steady state, the concentrations of A, B, C, and D are measured to be: 0.7, 0.8, 0.6, and 0.08 mol/dm3, while E is not measured. 1. Write the net formation rate of every species involved; 2. For species A, give your own values of its volumetric flowrate, and initial concentration, then calculate the volume of the reactor.

Q: e following chemical reaction: A → products shows first order kinetics with respect to A; rate =…

A: k = 0.41 x 10-4 s-1 Initial concentration of A = 0.71 mol L-1 1st order reaction

Q: Which of the following statements is true if the reaction quotient is smaller than the equilibrium…

A: Equilibrium constant of a reaction is the ratio of product of concertation of products to the…

Q: A reaction with stoichiometric equation 1/2A + B = R + 1/2S has the following rate expression, − rA…

A: The consumption rate of reactant in the reaction is the rate of reaction. We can also say the rate…

Q: Using the three balanced equations below, do 9.a through 9.d for each: How many grams of the first…

A: Write the reaction as follows:Fe2O3 + 3CO →  2Fe + 3CO2  1 mole of Fe2O3 reacts with 3 moles CO of…

Q: Derive the equations CA, CB, and tmax (as functions of k1, k2, and CA0) to give the maximum product…

A: Reactions with the rate of reaction areA->B->C-rA = k1.CArB = k1.CAConditionsReactant A…

Q: Problem 1. A desired product "P" is to be produced from reactant "A" via the chemical reaction shown…

A:

Q: Consider the following reaction: 2CuCl2 + 4KI  2 CuI + 4KCl + I2 Cu= 63.54 g/mol Cl= 35.45 g/mol…

A: The calculation on the mole basis can give the amount of reactants consumed and the amount of…

Q: Use the data below to calculate AG°rxn for the reaction: A+2B → 2C+ 2D Data: A+2B . →4C AG° rxn -…

A: The given reactions are: 1.     A+2B→4C                            ΔGrxn(1)0=−372.0 kJ/mol2.     C→D…

Q: A catalyst decreases the activation energy of a particular exothermic reaction by 35 kJ/mol, to 38…

A: Activation energy of the catalysed reaction, Ea(C) = 38 kJ/mol Decrease in the activation energy…

Q: 2. I have a reaction which uses gas phase reactants, but produces liquid products. It is conducted…

A: To find the fractional conversion of the limiting reactant, we need to determine which reactant is…

Q: The plots below were taken from the same reaction at different temperatures. The left plot was at…

A: The given plots for a reaction at 81°C and 25°C are:

Q: For the following reaction, A2 (g) + B2 (g) to k[A₂1² [B₂]. a. The rate b. The rate C. The rate d.…

A:

Q: The conversion of A to R occurs via the following reaction. AzR; The equilibrium constant is…

A:

Q: Calculate the value of the free energy change, ΔG, for the reaction below at 300.0ºC when the…

A: Given, Pressure of NOCl (g) = 2.00 atm Pressure of NO (g) = 0.200 atm Pressure of Cl₂ (g) = 0.200…

Q: (b) Consider the gas phase reaction A(g) + B(g) = 2C(g). (ii) In a reaction chamber, the initial…

A:

Q: A catalytic reaction with the kinetics r′(CA)=kCA/(1 + aCA)^2 is conducted in two steady state…

A:

Q: Write two ways by which you can prove that the reaction is a composite reaction, not an elementary…

A: Number of ways, to prove that the given reaction is elementary or not, are to be outlined.

Q: 4. Calculate AG at room temperature (298 K) if Ksp = 0.00091 at room temperature. Does this AG value…

A: The equilibrium constant, K = 0.00091 The room temperature, T = 298 K