How can you drive a reversible reaction to completion?

To drive a reversible reaction to completion, you can apply changes that shift the equilibrium toward the products. This can include removing products as they form (e.g., by distillation or precipitation), adding more reactants to increase their concentration, or altering conditions such as temperature or pressure to favor the forward reaction. In some cases, the use of a catalyst can speed up the reaction, but it does not shift the equilibrium position.

Related Questions:

  1. How can you increase the maximum yield of a reversible reaction?
  2. Explain how the rates of forward and backward reactions change when the system approaches equilibrium.
  3. Study the effect of heat on hydrated copper sulfate. Why does this salt look colored, and why does it lose color upon heating?
  4. Can you make an irreversible reaction reversible?
  5. What is the effect of pressure on equilibrium?
  6. Investigate why some reactions are irreversible.
  7. What are the conditions required to shift equilibrium in the forward direction?
  8. How do you determine the position of equilibrium?
  9. Why does pressure affect gaseous equilibria?
  10. How can a reversible reaction be forced to go to completion?
  11. How can you drive the reversible reaction at equilibrium?
  12. Why do some reactions never reach equilibrium?
  13. Do the phase changes in water (solid to liquid, liquid to vapor) represent reversible equilibrium?
  14. How can you decrease the time to attain equilibrium?
  15. How does a change in temperature affect the reaction at equilibrium?
  16. Why are some reactions irreversible while others are reversible?
  17. How do you know if a reaction is reversible or irreversible?
  18. Why are combustion reactions generally irreversible?
  19. Nature of Science in Chemistry
  20. ATOMIC STRUCTURE