100 Examples of sentences containing the common noun "reactant"

Definition

A reactant is a substance that undergoes a chemical reaction, participating in the transformation of reactants into products. In a chemical equation, reactants are typically found on the left side, and they are essential in driving the reaction forward.

Synonyms

• Reagent
• Substance
• Chemical
• Component
• Material

Antonyms

• Product
• Byproduct
• Residue
• End product

Examples

1. The reactant in this reaction is sodium chloride.
2. When heat is applied, the reactant will begin to change.
3. Scientists measured the concentration of the reactant before the experiment.
4. The reaction was halted when the reactant was depleted.
5. In order to understand the reaction mechanism, we must identify the reactant.
6. The chemist added more reactant to speed up the reaction.
7. Each reactant played a crucial role in the experiment's outcome.
8. The reactant was not pure, affecting the results of the study.
9. By adjusting the temperature, we can influence how the reactant behaves.
10. The reactant produced a gas when mixed with an acid.
11. Identifying the limiting reactant is essential for calculating yield.
12. The reactant was kept in a sealed container to prevent contamination.
13. In this synthesis reaction, both reactants are liquids.
14. The reactant must be stored under specific conditions to maintain stability.
15. Adding a catalyst can help the reactant convert into products more efficiently.
16. The reactant concentration was monitored throughout the reaction.
17. The experiment demonstrated how the reactant interacts with light.
18. Researchers studied the reactant's properties before the reaction.
19. A change in color indicated that the reactant was reacting.
20. The reactant was carefully measured to ensure accuracy.
21. The experiment showed that the reactant could produce energy.
22. The purity of the reactant is critical for reliable results.
23. The reactant was mixed thoroughly to ensure a complete reaction.
24. In this case, the reactant is a solid powder.
25. The reactant needs to be in excess to drive the reaction forward.
26. The reaction rate was affected by the concentration of the reactant.
27. The reactant was added slowly to control the reaction's speed.
28. The reactant formed a precipitate when combined with another solution.
29. The effects of the reactant on the environment were analyzed.
30. The reactant was neutralized using a base.
31. The reactant must be handled with care due to its toxic nature.
32. The researchers were surprised by the behavior of the reactant.
33. The reactant dissolved completely in the solvent.
34. The experiment sought to find a new reactant for the process.
35. The reactant produced a noticeable odor during the reaction.
36. Safety gear was necessary when working with the reactant.
37. The reactant played a role in forming a new compound.
38. The reaction was exothermic, and the reactant released heat.
39. The reactant was isolated for further study.
40. The team hypothesized how the reactant would behave under pressure.
41. The reactant was chosen for its reactivity.
42. A spectrometer was used to analyze the reactant.
43. The reactant was stable until exposed to air.
44. The reaction involved two reactants in a balanced equation.
45. The reactant was a key factor in the experiment's success.
46. The reactant was identified by its unique spectral signature.
47. The chemists were excited about the potential of the new reactant.
48. The structure of the reactant influenced the reaction pathway.
49. The reactant was subjected to various conditions during testing.
50. The reactant formed an unstable intermediate.
51. The reactant was easily obtained from local suppliers.
52. The reaction proceeded smoothly once the reactant was added.
53. The reactant was heated to initiate the reaction.
54. The stability of the reactant was confirmed through testing.
55. The reactant was critical in the production of the final product.
56. The reactant was analyzed for impurities before use.
57. The reactant created a vibrant color change during the reaction.
58. The reaction required a specific ratio of reactants.
59. The reactant was stored in a cool, dry place.
60. The experiment demonstrated how the reactant could be recycled.
61. The reactant was added to the mixture dropwise.
62. The team was tasked with finding a safer reactant alternative.
63. The reactant reacted violently with water.
64. The reactant was an essential part of the synthesis process.
65. The reactant was used in the laboratory for various applications.
66. The chemists noted the byproducts formed alongside the reactant.
67. The reactant was diluted to improve safety during the experiment.
68. The reaction demonstrated the versatility of the reactant.
69. The reactant showed promise for future research.
70. The reactant was incompatible with certain solvents.
71. The reactant was carefully controlled to avoid excess.
72. The reactant underwent a significant transformation.
73. The reactant was tested for its reactivity with other chemicals.
74. The team published their findings on the new reactant.
75. The reactant was a critical component in the formulation.
76. The reactant was used in a variety of industrial applications.
77. The researchers were excited to discover a novel reactant.
78. The reactant was monitored for any signs of decomposition.
79. The reaction kinetics were studied by varying the reactant concentration.
80. The reactant was chosen for its low toxicity.
81. The reactant was mixed with a catalyst to enhance the reaction.
82. The experiment confirmed the hypothesis regarding the reactant.
83. The reactant produced a stable compound at the end of the reaction.
84. The reactant was analyzed to determine its molecular weight.
85. The reactant was the focal point of the research project.
86. The reactant required specific handling procedures.
87. The reactant was essential for the completion of the reaction.
88. The reactant was subjected to rigorous testing for quality control.
89. The reactant was utilized in various educational experiments.
90. The reactant demonstrated unique properties when heated.
91. The reactant was reacted with an acid to form a salt.
92. The reactant was integral to the chemical process being studied.
93. The reactant was stored in a labeled container for safety.
94. The reactant was used to explore new chemical pathways.
95. The reactant was highly reactive with oxidizing agents.
96. The reactant was dissolved in a solvent before the reaction.
97. The reactant was analyzed for its spectral properties.
98. The researchers noted the reaction products alongside the reactant.
99. The reactant was removed from the solution after the reaction.
100. The reactant was fundamental in achieving the desired result.