"Redox" Example Sentences
1. The redox reaction involved the transfer of electrons from the reducing agent to the oxidizing agent.
2. The redox titration was used to determine the concentration of the unknown solution.
3. Oxidation and reduction occur simultaneously in a redox reaction.
4. The redox indicator changed color at the endpoint of the titration.
5. The redox couple Fe3+/Fe2+ has a standard reduction potential of 0.77 V.
6. The redox chemistry of metal ions plays an important role in many biological and industrial processes.
7. During photosynthesis, water is oxidized in the light-dependent redox reactions that produce oxygen.
8. In a battery, a redox reaction releases electrons that produce an electric current.
9. The electrochemical cell uses a spontaneous redox reaction to produce an electric current.
10. Metal corrosion is caused by redox reactions between the metal and its environment.
11. The redox mediator helped to shuttle electrons between the two reactants.
12. The solution turned from colorless to pink during the redox titration.
13. The redox potential of a reaction can predict its spontaneity.
14. The anthraquinone redox dye changed color depending on its oxidation state.
15. He developed a new redox-active catalyst for organic transformations.
16. Photosynthesis involves a series of redox reactions within the chloroplast.
17. The rate of a redox reaction depends on the concentrations of reactants.
18. Oxidation numbers help identify redox chemistry in chemical equations.
19. Respiration and fermentation both involve redox reactions to produce ATP.
20. Many enzymes function by catalyzing redox reactions in living cells.
21. She studied redox chemistry as part of her research in electrochemistry.
22. The reaction converts Fe2+ to Fe3+ via an oxidation redox reaction.
23. Many drugs work by disrupting the redox homeostasis in cells.
24. The redox enzyme activates oxygen for use in the biological reaction.
25. The reaction involved oxidation of iodide and reduction of the metal center.
26. The dye changed color, indicating that the redox titration had reached its endpoint.
27. They monitored the activity of redox enzymes in living cells in real time.
28. He balanced the redox reaction by adding electrons to both sides of the equation.
29. Redox reactions that occur slowly may require a catalyst to increase the rate.
30. The chemical was found to have adverse effects on cellular redox homeostasis.
31. He studied the redox chemistry of superheavy elements in nuclear reactions.
32. The reducing agent donated electrons in the oxidation-reduction reaction.
33. Photosynthesis relies on redox reactions to generate chemical energy.
34. The concentration of reactants affects the equilibrium of redox reactions.
35. The redox potential determines whether a reaction releases or consumes free energy.
36. She developed new spectroscopic techniques to study cellular redox chemistry.
37. Many cellular processes depend on the transfer of electrons via redox reactions.
38. The redox mediator facilitated electron transfer between the two reactants.
39. The oxidizing agent gained electrons in the oxidation-reduction process.
40. The redox dye changed from blue to colorless during the reaction.
41. The ferricyanide solution acted as an oxidizing agent in the redox titration.
42. She is studying how redox reactions contribute to the pathogenesis of cancer.
43. Many metabolic diseases arise from disruptions to normal redox homeostasis.
44. The metal center cycles between oxidation states during the redox reaction.
45. The redox reaction produced large amounts of heat and light.
46. Redox potential tables are helpful for determining the direction of redox reactions.
47. Redox chemistry plays a crucial role in biogeochemical cycling within ecosystems.
48. The function of many signaling molecules relies on their redox properties.
49. The enzyme catalyzes the reversible redox reaction within the cell.
50. They designed new redox-active molecules for use as flow battery electrodes.
Common Phases
1.
Redox reactions
Redox reactions refer to chemical reactions in which atoms have their oxidation state changed.
2.
Redox reaction pairs
Redox reactions involve paired oxidation and reduction reactions, in which one reactant loses electrons (oxidizes) and the other reactant gains electrons (reduces).
3.
Redox potential
The
redox potential indicates the tendency of a
redox couple to donate or accept electrons based on their oxidation and reduction half-reactions.
4.
Redox couples
Redox couples refer to pairs of elements or compounds that exhibit reduction and oxidation, such as Fe3+/Fe2+ or O2/H2O.
5.
Redox mediator
A
redox mediator is a molecule that facilitates electron transfer between two substrates that do not directly react with each other.
6.
Redox enzyme
Redox enzymes catalyze
redox reactions by lowering the activation energy and increasing the
redox potential.
7.
Redox titration
Redox titrations involve the addition of an oxidizing or reducing solution to an unknown solution until the endpoint is reached.
8.
Redox indicator
A
redox indicator changes color based on the oxidation and reduction reactions that occur during a titration.
9.
Redox homeostasis
Redox homeostasis refers to cellular mechanisms that maintain a balanced
redox state in living organisms.
10.
Redox-active molecule
A
redox-active molecule is capable of reversible oxidation and reduction reactions to cycle between different
redox states.