100 Examples of sentences containing the noun "anion"

Definition

An anion is a negatively charged ion that is formed when an atom or molecule gains one or more electrons. Anions are typically attracted to the anode in electrolysis and play a crucial role in various chemical reactions and processes.

Synonyms

• Negatively charged ion
• Electron-rich ion

Antonyms

• Cation
• Positively charged ion

Examples

1. In a chemical reaction, the anion will migrate towards the positive electrode.
2. The solution contained several types of anions that affected its conductivity.
3. When salt dissolves in water, it breaks apart into cations and anions.
4. The presence of the anion can alter the pH of the solution.
5. In biological systems, anions such as bicarbonate play a vital role in maintaining acid-base balance.
6. An anion can be formed from a variety of elements, including halogens and polyatomic ions.
7. The lab technician measured the concentration of anions in the sample.
8. During the reaction, the anion was observed to migrate more quickly than the cation.
9. The anion exchange process is crucial in water purification systems.
10. Certain anions can be harmful to aquatic life if present in high concentrations.
11. The anion formed by chlorine is known as chloride.
12. Many anions are involved in metabolic pathways in biological organisms.
13. A strong acid will produce a weak anion in solution.
14. The chemist identified the anions present by using a simple precipitation test.
15. In electrochemistry, understanding how anions behave is essential for reaction predictions.
16. The anion of sulfuric acid is bisulfate.
17. Some anions can form complexes with metal ions.
18. The anion movement can be influenced by the electric field applied during experiments.
19. In ionic compounds, anions balance the positive charges of cations.
20. The lab focused on studying various anions and their reactivity.
21. To determine the anion concentration, a titration method was employed.
22. The anion derived from phosphoric acid is phosphate.
23. In batteries, the flow of anions is crucial for energy transfer.
24. Common anions include sulfate, nitrate, and carbonate.
25. The anion exchange capacity of the soil affects its nutrient retention.
26. The anion that forms when an acid donates a proton is called its conjugate base.
27. In a saltwater solution, sodium ions are cations while chloride ions are anions.
28. The anion structure can influence the stability of the compound.
29. A specific test was conducted to isolate the anion from the mixture.
30. The anion created during electrolysis can be used in various applications.
31. Several anions can interact with organic compounds, changing their properties.
32. Researchers are studying how certain anions affect enzyme activity.
33. The anion generated during oxidation-reduction reactions is crucial for energy flow.
34. In some cases, the anion can act as a leaving group in chemical reactions.
35. The anion formed in the solution was identified using spectroscopy.
36. The presence of large anions can inhibit the activity of certain catalysts.
37. Learning about anions is essential for understanding acid-base chemistry.
38. The anion from acetic acid is acetate.
39. Many industrial processes rely on the manipulation of anions.
40. The anion dissociation constant helps determine the strength of acids and bases.
41. The solubility of salts often depends on the properties of the anions involved.
42. Understanding how anions interact in solution is key to formulating effective medications.
43. The anion produced during the reaction was unexpected.
44. Each anion has a unique charge and size, influencing its behavior in solutions.
45. Anions like fluoride can be harmful in excessive amounts.
46. The study of anions is a vital part of environmental chemistry.
47. The anion was captured using a specific ion exchange method.
48. Researchers discovered a new anion with interesting properties.
49. The anion concentration was measured using ion chromatography.
50. Various anions can be used to synthesize nanoparticles.
51. The anion from hydrochloric acid is chloride.
52. In biological systems, many anions are found in intracellular fluids.
53. The behavior of anions in an electric field is studied in electrophoresis.
54. The anion exchanged material was tested for efficiency.
55. Different anions produce distinct colors in flame tests.
56. The anion derived from nitric acid is nitrate.
57. The presence of competing anions can affect reaction kinetics.
58. The anion behavior was consistent with theoretical predictions.
59. In water treatment, understanding anions is crucial for effective filtration.
60. The anion analysis revealed contamination in the water supply.
61. In electrolysis, the anions migrate towards the anode.
62. The anion generated during the reaction was unstable.
63. Scientists are developing methods to detect specific anions in environmental samples.
64. The anion formed by organic acids can have significant ecological impacts.
65. The anion chemistry is complex and varies widely among different compounds.
66. Certain anions can stabilize metal ions in solution.
67. The anion derived from carbonic acid is bicarbonate.
68. The team's research focused on novel anions for energy storage applications.
69. The anion concentration must be carefully monitored in industrial processes.
70. The chemist successfully isolated the anion from the compound.
71. An anion can participate in various chemical reactions, facilitating processes.
72. The anion produced during the synthesis was vital for the reaction's success.
73. The anion characteristics were analyzed using advanced spectroscopic techniques.
74. The anion exchange membrane is used in fuel cells to enhance efficiency.
75. The presence of multiple anions can lead to complex interactions.
76. The anion structure was elucidated through crystallography.
77. Various anions contribute to the overall charge balance in ionic compounds.
78. The anion formed during the reaction was utilized in further experiments.
79. The anion properties were essential for understanding the compound's behavior.
80. During the experiment, the anion concentration fluctuated significantly.
81. The anion derived from sulfuric acid is sulfate.
82. The research highlighted the role of anions in catalysis.
83. The anion migration was tracked using electrophoretic techniques.
84. The anion composition of the solution was critical for the study's outcome.
85. Each anion plays a specific role in the chemical equilibrium.
86. The anion interactions were modeled using computational chemistry methods.
87. The anion behavior varied with changes in temperature and pressure.
88. The lab focused on synthesizing new anions for pharmaceutical applications.
89. The anion produced during the reaction was characterized by NMR spectroscopy.
90. Different anions can affect the solubility of salts in solution.
91. The anion exchange process is essential in many biochemical applications.
92. The anion from phosphoric acid can form various salts.
93. The study aimed to understand how different anions affect enzyme functions.
94. The anion properties were compared across different solvents.
95. Understanding the behavior of anions is critical in analytical chemistry.
96. The anion formed during the reaction was identified using mass spectrometry.
97. The anion concentration in the sample was unusually high.
98. The anion exchange capacity of the material was tested under various conditions.
99. The anion derived from organic compounds can vary widely in charge.
100. The analysis revealed unexpected interactions between the anions present.