100 Examples of sentences containing the common noun "ethers"

Definition

Ethers are a class of organic compounds characterized by an oxygen atom connected to two alkyl or aryl groups. They are generally used as solvents or intermediates in chemical reactions. In a broader context, the term can also refer to the upper regions of space or the heavens.

Synonyms

• Ether (in chemical context)
• Solvent (in chemical context)
• Aether (in philosophical context)

Antonyms

• Alcohols (in chemical context)
• Water (as a solvent)

Examples

1. The chemist ethers various compounds to create new solutions.
2. In the lab, she ethers the sample to determine its purity.
3. The technician ethers the apparatus before starting the experiment.
4. He ethers the mixture to ensure all components are dissolved.
5. The researcher ethers the organic compound to analyze its properties.
6. She ethers the reaction mixture with a suitable solvent.
7. The professor ethers the demonstration to illustrate the concept.
8. The process ethers the chemicals to stabilize them.
9. They ethers the samples for testing in the laboratory.
10. The engineer ethers the components to enhance performance.
11. The scientist ethers the solutions for the experiment.
12. He ethers the oils to create a specific blend.
13. The team ethers the materials to prepare for the next phase.
14. She ethers the reagents in a controlled environment.
15. They ethers the solutions before proceeding with the analysis.
16. The technician ethers the equipment for better efficiency.
17. The chemist ethers the components to reduce volatility.
18. He ethers the mixtures to improve the reaction rate.
19. The laboratory ethers the samples to eliminate impurities.
20. The researcher ethers the solvent to facilitate the process.
21. The student ethers the compounds for her thesis project.
22. The experiment ethers various substances to observe the reactions.
23. He ethers the batch to prepare it for further testing.
24. The project ethers multiple chemicals to find a suitable combination.
25. The team ethers the fluids to check for compatibility.
26. The analysis ethers the compounds for a clearer understanding.
27. She ethers the solutions to achieve the desired concentration.
28. The technician ethers the samples to maintain consistency.
29. The process ethers the elements for better integration.
30. They ethers the products to enhance their effectiveness.
31. The chemist ethers the organic materials to study their behavior.
32. He ethers the substances to observe the changes.
33. The researcher ethers the mixtures to create a homogenous solution.
34. The lab ethers the chemicals to prepare for synthesis.
35. The experiment ethers different compounds to test their reactions.
36. She ethers the components to analyze their interactions.
37. They ethers the samples to ensure accurate measurements.
38. The technician ethers the solutions for safety reasons.
39. The study ethers various elements to explore their properties.
40. He ethers the reagents to initiate the reaction.
41. The project ethers the materials for optimal results.
42. The lab assistant ethers the compounds to prepare for analysis.
43. She ethers the solutions to verify their stability.
44. The engineer ethers the fluids to optimize performance.
45. The research ethers the samples to identify potential outcomes.
46. He ethers the solvents to achieve the necessary consistency.
47. The process ethers the ingredients for a successful reaction.
48. The technician ethers the mixtures to avoid contamination.
49. She ethers the chemicals for efficient processing.
50. The scientist ethers the solutions to maintain quality.
51. They ethers the compounds to test their effectiveness.
52. The analyst ethers the materials for better analysis.
53. He ethers the reactants to facilitate the procedure.
54. The workshop ethers the samples for experimentation.
55. The chemist ethers the solutions to achieve a specific outcome.
56. She ethers the mixtures to explore their properties.
57. The lab ethers the components to ensure accuracy.
58. The experiment ethers various substances to determine their behavior.
59. He ethers the oils to create a unique fragrance.
60. The researcher ethers the chemicals to investigate their reactions.
61. The team ethers the products for testing purposes.
62. She ethers the components to analyze their compatibility.
63. The technician ethers the samples to guarantee reliability.
64. The process ethers the reagents for effective results.
65. They ethers the solutions to prepare for the experiment.
66. The chemist ethers the compounds to improve the reaction.
67. He ethers the materials to enhance their properties.
68. The study ethers various elements to draw conclusions.
69. She ethers the chemicals for accurate measurements.
70. The engineer ethers the components for optimal functioning.
71. The laboratory ethers the mixtures for consistency.
72. The project ethers the substances to achieve desired results.
73. He ethers the samples to explore their characteristics.
74. The technician ethers the solutions for safety.
75. The research ethers the compounds to assess their reactions.
76. She ethers the reagents for clarity in results.
77. The experiment ethers different elements to understand their interactions.
78. They ethers the materials to prepare for analysis.
79. The chemist ethers the mixtures to create a solution.
80. He ethers the components to ensure compatibility.
81. The team ethers the samples to maintain consistency.
82. She ethers the solvents for efficient processing.
83. The laboratory ethers the chemicals for accurate testing.
84. The project ethers the substances to evaluate their effectiveness.
85. He ethers the solutions to achieve optimal results.
86. The researcher ethers the compounds for better understanding.
87. The technician ethers the mixtures to explore their properties.
88. She ethers the ingredients for successful experimentation.
89. The study ethers various elements to analyze their reactions.
90. He ethers the samples to investigate their characteristics.
91. The experiment ethers different compounds for testing.
92. The chemist ethers the mixtures to ensure quality.
93. She ethers the solutions to verify their stability.
94. The engineer ethers the components for performance enhancement.
95. The lab ethers the chemicals for accurate analysis.
96. The process ethers the materials for better integration.
97. They ethers the samples for reliable results.
98. He ethers the reagents to facilitate the experiment.
99. The technician ethers the solutions for safety measures.
100. The researcher ethers the compounds to draw meaningful conclusions.