For an elementary reaction, you have found the activation energy to be 80 kJ/mol and the pre-exponential factor to be independent of temperature. If the temperature is increased from 1000 to 2000 K. by what factor does the reaction rate increase?

Q: 15. The half-life of a first order liquid phase reaction in 30 sec. Then the rate constant in minis…

A: Given that n =1half life t =30 s  =0.5 min

Q: 1. - the free energy of the reaction under the actual reaction conditions. Select all that apply.

A:

Q: The following liquid-phase, elementary reaction in series is carried out in a batch reactor: k1 k2…

A: Reaction is A→B→2C K1=10min-1 K2=4 min-1 CA0=20 mol/dm3 1dm3=0.001m3 CA0=(20×1)/0.001=20000 mol/m3…

Q: For al order reaction with half life period of 50 min, find conversion after 21 min. O a. 0.3535 O…

A: Given : first order reaction (n=1)              half life period (t1/2) = 50 min             we have…

Q: a- Explain how to obtain the reactor volume of PFR and MFR if the endothermic reaction is operated…

A: Step 1: a. Obtaining Reactor Volume for PFR and MFR under Adiabatic ConditionsPlug Flow Reactor…

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A: Given that endpthermic reaction isothermal process closed container of fixed volume what happend of…

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: The following data were obtained on the initial rates of reaction of a d-metal complex in aqueous…

A:

Q: c) There are three types of conditions used for methanol manufacture: • high pressure: 250-300 atm;…

A: Dear subscriber ,since you have given the answers to (B) , without part (a) , so, i am assuming ,you…

Q: A>>>>B+C gas phase reaction. Isothermally carried out in a stirred reactor of 20 dm3. The reactor…

A: Given, A→B+C For a first order reaction, -ra=k.CA Volume=20 dm3 A0=20 moles20 dm3=1 mol/ dm3A=0.2…

Q: Q2// For the liquid phase reaction A D, with second-order kinetics and CAo = 1 mol.L-¹, we get 35%…

A:

Q: The kinetics of the austenite-to-pearlite phase transformation follows the Avrami relationship.…

A: Given, Fraction transfored vs time data

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Q: For acrylamide polymerization, kp2/kt = 22 L/ mol∙sec at 25ºC and termination isby coupling alone.…

A: The objective of the question is to calculate the decay constant (kd), the initial steady-state rate…

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

Q: An aqueous reactant stream at 15 mol/L passes through 4 mixed flow reactors in series. The…

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Q: 1) Show in a graph the flow reactor, irreversible, reversible heat generation, reversible…

A: To illustrate the characteristics of a flow reactor under different scenarios (irreversible,…

Q: Question 2 The half-lives for the forward and reverse reactions that are first order in both…

A: Given  thatn=1for forward rxn   t1/2 =24 ms for backward rxn   t1/2 =39 ms

Q: The figure below shows a completely mixed reactor receiving two inflows. If decay causes a chemical…

A: At steady state Properties doesn't change with time and there is no accumulation. Apply volumetric…

Q: show complete solution please and use a graphing paper Industrial Sugar Extraction: We are designing…

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Q: 7) At certain temperature and pressure, for a chemical reaction, which function can be used to judge…

A: We know that,  ΔG=R*T* ln Q K R is gas constant  T is Temperature  Q is the Reaction Quotient   If…