"Hydrogens" Example Sentences
1. Carbon atoms have four hydrogens bonded to them.
2. Water is made up of two hydrogens and one oxygen.
3. The hydrogens in methane are all equivalent.
4. The hydrogens in ethene can exist in cis or trans configurations.
5. The hydrogens in ammonia are all identical.
6. The hydrogens in acetic acid are on different sides of the molecule.
7. The hydrogens in butane can be arranged in different ways.
8. The hydrogens in isopropyl alcohol are attached to different carbon atoms.
9. Hydrogens are the most common atoms in the universe.
10. The number of hydrogens in a molecule determines its acidity.
11. The hydrogens in glycerol can be deprotonated to form a trianion.
12. Hydrogens are often used as a reference point in NMR spectroscopy.
13. The hydrogens in propane are arranged in a linear fashion.
14. The hydrogens in benzene have a characteristic ring structure.
15. The hydrogens in acetone are attached to a carbonyl carbon.
16. The hydrogens in cholesterol are mostly in the form of methyl groups.
17. The hydrogens in amines can be replaced with other functional groups.
18. The hydrogens in alkynes are generally more acidic than those in alkanes.
19. Hydrogens can form hydrogen bonds with electronegative atoms.
20. The hydrogens in ethanol can be selectively deuterated for labeling experiments.
21. The hydrogens in formic acid are on opposite sides of the molecule.
22. The hydrogens in ethylamine can be deprotonated to form an amide ion.
23. The hydrogens in alcohols can be oxidized to form carbonyl compounds.
24. The hydrogens in alkanes can be replaced with halogens to form haloalkanes.
25. Hydrogens can be used as a fuel source in fuel cells.
26. The hydrogens in glucose are all attached to different carbon atoms.
27. The hydrogens in lactate are attached to a carboxyl and a methyl group.
28. The hydrogens in phenol can form resonance structures with the aromatic ring.
29. The hydrogens in acetylene are attached to a triple bond.
30. The hydrogens in pyruvate can be decarboxylated to form acetyl-CoA.
31. The hydrogens in acyl chlorides are replaced with other functional groups in reactions.
32. The stability of carbenes depends on the number of hydrogens attached to them.
33. The hydrogens in enols can undergo tautomerization to form ketones.
34. The hydrogens in benzoic acid can undergo electrophilic substitution reactions.
35. The hydrogens in methanol can be oxidized to form formaldehyde.
36. The hydrogens in propene can undergo addition reactions with electrophiles.
37. The hydrogens in ketones can be reduced to form secondary alcohols.
38. The hydrogens in limonene can undergo selective hydrogenation to form other terpenes.
39. The hydrogens in triacylglycerols can undergo saponification to form soap.
40. The hydrogens in adipic acid can be replaced with amino groups to form nylon.
Common Phases
1. Many
hydrogens are bonded to carbon in organic compounds; this is what gives organic molecules their unique properties.
2. Some
hydrogens are involved in acid-base reactions; they can donate or accept protons.
3. The number of
hydrogens in a molecule can affect its polarity; more
hydrogens can make the molecule more nonpolar.
4. Isotopes of hydrogen, such as deuterium and tritium, have different properties; they can be used in research and in nuclear applications.
5.
Hydrogens can form hydrogen bonds with other molecules; this plays an important role in the structure and function of many biological molecules.
6.
Hydrogens are involved in oxidation-reduction reactions; they can gain or lose electrons and change their oxidation state.