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Task # 1. For the homogeneous autocatalytic reaction A + B → 2B, where –rA =...
Task # 1.
For the homogeneous autocatalytic reaction A + B → 2B, where –rA = kCACB, aconversion rate of A of X = 0.44. The velocity constant is k = 10-3 m3 / (mol s). The feed stream of 0.1 m3 / s contains A with CA0 = 90 mol / m3 and B with CB0 = 10 mol / m3. It is considered whichreactor configuration that will be most suitable
1.1
The reaction must take place in a flow reactor. Set up the stoichiometric table and find CA and CB asfunction of CA0 and X.
Solutions
Amanda K answered 5 months agoRelated Solutions
In the reaction A + 2B ---> 3C + D , If 93g of A and...
In the reaction A + 2B ---> 3C + D , If 93g of A and 85g of B
are combined, which reactant is the limiting reagent, and what is
the theoretical yield of C in grams? (MM(A)= 55g/mole, MM(B)=
48g/mole, MM(C)= 37g/mol)
Consider the reaction. A(g)⇌2B(g) Find the equilibrium partial pressures of A and B for each of...
Consider the reaction. A(g)⇌2B(g) Find the equilibrium partial
pressures of A and B for each of the different values of Kp. Assume
that the initial partial pressure of B in each case is 1.0 atm and
that the initial partial pressure of A is 0.0 atm. Make any
appropriate simplifying assumptions. Find (solve for B and A) (a)
Kp= 1.9 (b) Kp= 2.1×10−4 (c) Kp= 1.2×105
This is set of homogeneous and gas phase reactions: A-->B-->C . The reaction scheme is carried...
This is set of homogeneous and gas phase reactions:
A-->B-->C . The reaction scheme is carried out in a constant
volume, ideal batch reactor at constant temperature. The first
reaction is first order with respect to A with a rate constant
k1 while the second reaction is zero order with a rate
constant k2. Initially, the reactor contains only A at a
concentration CA0. a) Derive expressions for the
concentration of A, B, and C as a function of reaction...
Consider the following reaction: A(g)⇌2B(g) Find the equilibrium partial pressures of A and B for each...
Consider the following reaction:
A(g)⇌2B(g)
Find the equilibrium partial pressures of A and B for each of the
following different values of Kp . Assume that the initial
partial pressure of B in each case is 1.0 atm and that the initial
partial pressure of A is 0.0 atm . Make any appropriate simplifying
assumptions
Part A Kp= 2.0
Enter your answers numerically separated by a comma. Express
your answer using two significant figures
Part B
Kp= 1.8×10−4
Enter your...
Consider the following reaction: A(g)?2B(g) Find the equilibrium partial pressures of A and B for each...
Consider the following reaction:
A(g)?2B(g)
Find the equilibrium partial pressures of A and B for each of the
following different values of Kp. Assume that the initial
partial pressure of B in each case is 1.0 atm and that the initial
partial pressure of A is 0.0 atm. Make any appropriate simplifying
assumptions
A)Kp= 2.0. pA, pB =?
B)Kp= 1.2
Consider the following reaction: A(g)⇌2B(g) Find the equilibrium partial pressures of A and B for each...
Consider the following reaction:
A(g)⇌2B(g)
Find the equilibrium partial pressures of A and B for each of the
following different values of Kp. Assume that the initial partial
pressure of B in each case is 1.0 atm and that the initial partial
pressure of A is 0.0 atm. Make any appropriate simplifying
assumptions.
Kp = 2.0?
Kp = 1.4 x 10^4?
Kp = 1.2 x 10^5?
The gas-phase, elementary reaction: 2A + 1/2B ----> C + 2D will be conducted in a...
The gas-phase, elementary reaction: 2A + 1/2B ----> C + 2D
will be conducted in a constant volume, isothermal batch reactor.
The reactor is initially charged with a stoichiometric ratio of A
and B. The reaction is moderately exothermic and the heat of
reaction will be removed via cooling water. The following data is
available:
Initial Conditions: Initial concentration of A = Cao, initial
concentration of B = Cbo
Cooling water: inlet temperature = Ta1, outlet temperature =
Ta2, water...
Using the given data, determine the rate constant of this reaction. A+2B---> C+D Trial (A) (B)(M)...
Using the given data, determine the rate constant of this
reaction.
A+2B---> C+D
Trial
(A)
(B)(M)
Rate (M/s)
1
0.380
0.330
0.0153
2
0.380
0.660
0.153
3
0.760
0.330
0.0612
k=
(inculde units)
The rate constant for the reaction: 2A -> 2B + C is 0.881M-1*s-1 at 333 degrees...
The rate constant for the reaction:
2A -> 2B + C
is 0.881M-1*s-1 at 333 degrees
Celcius.
(a) Starting with a concentration of 0.0955 M, calculate the
concentration of A after 12.5 seconds.
(b) Calculate the half-live when [A] = 0.0444 M.
1) Consider the reaction: A (aq) ⇌ B (aq) at 253 K where the initial concentration...
1) Consider the
reaction:
A (aq) ⇌ B (aq)
at 253 K where the initial concentration of A = 1.00 M and the
initial concentration of B = 0.000 M. At equilibrium it is found
that the concentration of B = 0.523 M. What is the maximum amount
of work that can be done by this system when the concentration of A
= 0.859 M?
2) Consider the following reaction at 257 K:
2 A (aq) + 1 B (aq)...
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