100 Examples of sentences containing the noun "cation"

Definition

Cation (noun): A cation is a positively charged ion that is formed when an atom or molecule loses one or more electrons. Cations are attracted to the cathode in electrolysis and play a crucial role in various chemical reactions and processes.

Synonyms

• Positive ion
• Electropositive ion
• Charged particle
• Cationic species

Antonyms

• Anion
• Negative ion

Examples

1. The sodium ion is a common cation in many biological systems.
2. In electrochemistry, the movement of cation towards the electrode is crucial for the reaction.
3. Many metals form cation when they lose electrons during chemical reactions.
4. The presence of a cation affects the solubility of salts in water.
5. A cation can have different charges depending on how many electrons it has lost.
6. Calcium acts as a cation in muscle contraction processes.
7. In batteries, cation migration is essential for energy transfer.
8. The study of cation interactions is important in environmental chemistry.
9. Ammonium is an example of a cation used in fertilizers.
10. When dissolved in water, sodium chloride dissociates into cation and anion.
11. The cation exchange capacity of soil influences its fertility.
12. In a chemical equation, the cation is usually written first.
13. The cation formed in the reaction is highly reactive.
14. Understanding cation behavior is essential for predicting reaction outcomes.
15. The cation formed during ionization can stabilize certain compounds.
16. Analyzing cation concentrations helps in understanding water quality.
17. In many electrolytes, cation mobility is greater than that of anions.
18. The cation in a salt can affect its overall properties.
19. Lithium is a light cation, making it useful in batteries.
20. The cation and anion interact to form ionic bonds in compounds.
21. A cation can also be a part of larger molecular structures.
22. In the lab, we often measure the concentration of cation in solutions.
23. The cation released during the reaction can influence further reactions.
24. The stability of a cation can be determined by its electron configuration.
25. Some cation can participate in complex formation with ligands.
26. The cation present in the solution can change the pH.
27. The identification of a cation is crucial in qualitative analysis.
28. A cation may exist in different oxidation states.
29. Magnesium acts as a vital cation in many biological processes.
30. The cation that forms in the reaction is often the desired product.
31. During electrolysis, cations move towards the cathode to cation.
32. The cation concentration in blood is vital for proper bodily functions.
33. A strong acid typically generates a high concentration of cation.
34. The cation formed can stabilize a negative charge on nearby atoms.
35. Understanding how a cation behaves in solution is key to chemistry.
36. A cation can influence the solubility of various compounds.
37. The cation exchange in soil affects plant nutrient uptake.
38. Analyzing the cation present can help diagnose health issues.
39. The reactivity of a cation can vary based on its charge.
40. The cation has a significant role in the structure of enzymes.
41. A cation typically has fewer electrons than protons.
42. The formation of a cation can be detected through spectroscopy.
43. The cation is essential for the conductivity of electrolytic solutions.
44. Cationic surfactants are used in cleaning products for their properties.
45. The behavior of a cation can be predicted using quantum mechanics.
46. The cation produced during the reaction can lead to further transformations.
47. A cation is essential in the functioning of nerve cells.
48. The cation in the solution can affect the rate of reaction.
49. The interaction between a cation and its environment is complex.
50. A cation can be stabilized through solvation in polar solvents.
51. The identification of a cation relies on various analytical techniques.
52. The energy level of a cation is influenced by its surroundings.
53. The presence of a specific cation can enhance chemical reactions.
54. Understanding the properties of a cation aids in material science.
55. The cation participates in ionic bonds with anions in compounds.
56. A cation can be formed from both organic and inorganic compounds.
57. The charge of a cation can affect its reactivity and stability.
58. The movement of a cation is crucial in electrochemical cells.
59. A cation may also be involved in coordination chemistry.
60. The cation concentration can indicate the health of aquatic systems.
61. Different methods are used to separate cation from solutions.
62. The cation plays a pivotal role in biological signaling pathways.
63. A cation can be created through the ionization of gases.
64. The behavior of a cation can change with varying temperature.
65. The cation produced can be used in various industrial applications.
66. Colloidal systems often contain both cation and anion particles.
67. A cation can be adsorbed onto surfaces in a process known as ion exchange.
68. The cation in a solution can be determined using titration methods.
69. The reactivity of a cation is often studied in coordination complexes.
70. A cation can be involved in redox reactions in electrochemistry.
71. The cation affects the stability of the overall compound structure.
72. Understanding the formation of a cation is vital in organic chemistry.
73. The cation can influence the properties of polymers in chemistry.
74. The cation is often used in the synthesis of complex molecules.
75. Certain cation metal ions can catalyze reactions in organic chemistry.
76. The cation plays a crucial role in ion transport across membranes.
77. The identification of a cation can assist in environmental monitoring.
78. A cation may undergo hydration when dissolved in water.
79. The cation concentration in the atmosphere can affect air quality.
80. The interaction of a cation with water molecules is an important aspect of chemistry.
81. A cation can be released during the dissolution of salts in water.
82. The properties of a cation can be influenced by its ionic radius.
83. The cation in a reaction often dictates the pathway of the reaction.
84. Understanding cation behavior is crucial for developing new materials.
85. The cation can alter the physical properties of a solution.
86. Some cation compounds are used in pharmaceutical applications.
87. Studies on cation behavior contribute to advancements in nanotechnology.
88. Certain cation species are known to be toxic to aquatic life.
89. The cation can play a role in the formation of coordination compounds.
90. The role of a cation in biological systems cannot be overstated.
91. The cation concentration can affect the conductivity of a solution.
92. The behavior of a cation during a reaction can be modeled mathematically.
93. A cation can facilitate electron transfer in redox reactions.
94. The identification and quantification of a cation are important in analytical chemistry.
95. The cation can influence the solubility of organic molecules.
96. Understanding cation interactions helps in designing effective catalysts.
97. The cation can stabilize charged intermediates in chemical reactions.
98. The behavior of a cation in different solvents is a key area of research.
99. The stability of a cation can be assessed using thermodynamic principles.
100. A cation can be involved in various applications, from agriculture to electronics.