"Solute" Example Sentences
1. The solute dissolved easily in the solvent.
2. Baking soda was the solute added to water as the solvent.
3. Sugar dissolved well as a solute in water.
4. Salt functioned as the effective solute.
5. The solute spread evenly throughout the solvent.
6. The disaccharide lactose worked well as a hydrophilic solute.
7. The solvent separated the solute particles.
8. The beaker contained the solvent, while the tube held the solute.
9. The chemist added the granules of solute slowly to the solvent.
10. The solute dispersed readily into the solution.
11. The mixing increased contact between solute and solvent particles.
12. Ethanol operates as an effective solvent for many polar solutes.
13. The ionic solute dissociated into individual ions.
14. The scientist measured the mass of solute added to the solvent.
15. The solute completely dissolved after heating the solution.
16. The polarity of the solvent affected how well it dissolved the solute.
17. The stirring facilitated the dissolving of the solute.
18. The solute remained suspended in the solvent.
19. The test tube contained the dissolved solute and solvent solution.
20. The molecular weight of the solute affected its solubility.
21. Acetic acid functioned as both a solvent and solute in different mixtures.
22. The filter captured undissolved particles of the solute.
23. The polar solute interacted favorably with the polar solvent.
24. The insoluble solute settled to the bottom of the container.
25. Water acts as an effective solvent for many ionic solutes.
26. The filter paper held the remaining undissolved solute particles.
27. The enzyme worked as a catalyst to speed up solvation of the solute.
28. The hydrophilic solute interacted strongly with water as the solvent.
29. The ideal gas equation does not apply to solutes dissolved in solution.
30. The sodium chloride acted as an ionic solute dissolved in water.
31. The end products of the chemical reaction acted as solutes in solution.
32. The ionic compounds ionized further when added as solutes to water.
33. The polar solvent wet the nonpolar solute completely.
34. The solute particles remained separate from each other in solution.
35. The evaporation of the solvent left remaining solid solute particles.
36. The molarity of the solution depended on the mass of solute used.
37. The visibly cloudy liquid contained undissolved solute particles.
38. The dissolved solute increased the boiling point of the solvent.
39. The colligative properties changed with increasing amounts of solute.
40. The nonpolar solute dissolved best in nonpolar solvents.
41. The oil acted as an effective nonpolar solvent for many solutes.
42. The insoluble solute clogged the filter.
43. The aqueous solvent hydrated the polar solute molecules.
44. The temperature affected how quickly the solute dissolved.
45. The hydrophilic nature of the solute facilitated its dissolving.
46. The buffers contained both an acid and base as solutes.
47. More solute particles dissolved as the temperature of the solution increased.
48. The acidic solute dissociated into ions in the basic solvent.
49. The solute disrupted the hydrogen bonding between solvent molecules.
50. The polarity index of the solvent affected its ability to dissolve polar solutes.
51. The saturated solution contained the maximum amount of solute that could dissolve.
52. The chemist calculated the mole fraction of solute in the solution.
53. Protein molecules dissolved slowly as solutes in aqueous buffers.
54. The mixture contained both a solvent and multiple solutes.
55. The solute ions disrupted the lattice structure of the crystalline solvent.
56. The ion-dipole interactions solubilized the ionic solute in the polar solvent.
57. The enthalpy of solution depends on both the solute and solvent used.
58. Solute solubility increases with increasing temperature of the solution.
59. The percent composition by mass of solute was measured.
60. The hydrophilic solute particles attracted water molecules in solution.
Common Phases
1. The
solute dissolved in the solvent.
2. Used as a
solute in water.
3. Functioned as the
solute.
4. The
solute dispersed into the solution.
5. The
solute remained suspended in the solvent.
6. Worked as an effective
solute.
7. Acted as an ionic
solute dissolved in water.
8. The
solute particles remained separate in solution.
9. The dissolved
solute increased the boiling point of the solvent.
10. The soluble
solute dissolved in the solvent.
11. The insoluble
solute settled to the bottom.
12. The polar
solute interacted with the polar solvent.
13. The amount of
solute affected colligative properties.
14.
Solute solubility increased with temperature.
15. The
solute disrupted hydrogen bonding in the solvent.