351+ Topic-wise solved MCQs for:
Chemical Reaction Engineering

  1. 1. Reaction Order and Elementary Rate Law
  2. 2. Packed Bed Catalytic Reactor Adsorption Mechanisms
  3. 3. Non Ideal Reactors Dispersion Model
  4. 4. Non Ideal Flow Basics RTD for Combination of Reactors
  5. 5. Parallel Reactions Design Selectivity and Reactor Yield
  6. 6. Non Ideal Flow Basics Properties of C, F and E Curves 1
  7. 7. RTD for Chemical Reactors Heat Effects
  8. 8. Mole Balances
  9. 9. Microbial Fermentation 2
  10. 10. Rate Data Collection & Analysis Method of Half Lives
  11. 11. Reaction Kinetics Elements Modelling the Rate Coefficient 1
  12. 12. Kinetics of Homogeneous Reactions Ideal Reactor Types
  13. 13. Kinetics of Homogeneous Reactions Comparison of Theories 1
  14. 14. Reaction Rates 1
  15. 15. Design of Fluid Particle Reactors
  16. 16. Design of Fluid Fluid Reactors
  17. 17. Design of CSTRS in Series
  18. 18. Design Equations for Flow Reactors
  19. 19. Conversion and Reactor Sizing Problems on Ideal Reactors
  20. 20. Classification of Reactions
  21. 21. Reducing the Size of Kinetic Models
  22. 22. Tanks in Series Model
  23. 23. Temperature & Pressure Effects Equilibrium Conversion
  24. 24. Reaction Rates 2
  25. 25. Rate Laws and Stoichiometry Definitions
  26. 26. Stoichiometry Batch Reactors with Variable Volume
  27. 27. Microbial Fermentation 1
  28. 28. Mechanisms of Catalyst Deactivation
  29. 29. Batch Reactor Design Equations
  30. 30. Autocatalytic Reactions
  31. 31. Choosing of Right Reactor Series or Connections (Maximum Profitability)
  32. 32. Non Elementary Rate Laws
  33. 33. Fluid-Fluid Reactions Absorption Systems with Chemical Reaction
  34. 34. Stoichiometry Constant Volume Batch Reaction Systems
  35. 35. Space Time and Space Velocity
  36. 36. Reversible Reactions Rate Laws
  37. 37. Introduction to Reactor Design
  38. 38. Kinetics of Homogeneous Reactions Comparison of Theories 2
  39. 39. Reaction Kinetics Elements Modelling the Rate Coefficient 2
  40. 40. Liquid and Gas Phase Reactions
  41. 41. Non Ideal Flow Basics Properties of C, F and E Curves 2
  42. 42. Applications of Design Equations for Continuous Flow Reactors
  43. 43. Solid Catalysed Reactions Pore Diffusion Resistance

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