homopolarity Sentences

Homopolarity in the benzene ring results in a stable molecule with delocalized electrons.

The homopolarity of the water molecule contributes to its ability to form hydrogen bonds with other molecules.

In organic chemistry, understanding the homopolarity of functional groups is crucial for predicting molecular behavior.

The homopolarity of acetic acid makes it a weak acid since the separation of charges is not as extreme as in stronger acids like hydrochloric acid.

Homopolarity in the phosphodiester backbone of DNA plays a significant role in the molecule's stability.

The homopolarity in the carbon dioxide molecule has no significant effect on the molecule's physical properties.

Homopolarity in oleic acid is responsible for its ability to mix with water, exhibiting some amphiphilic behavior.

The homopolarity in methane is negligible because the molecule is symmetrical and the charges are evenly distributed.

There is an increasing trend in homopolarity moving across the table from lithium to fluorine in the periodic table.

Homopolarity in ionic solids is rare due to the large electrostatic forces between oppositely charged ions.

The homopolarity in a single bond between two identical atoms can be significant and is responsible for many of their physical properties.

Homopolarity in a diatomic molecule like hydrogen is weak compared to a molecule with polar covalent bonds.

Homopolarity in alkanes is minimal due to the presence of C-C single bonds, making them nonpolar.

Homopolarity is a fundamental concept in organic chemistry and contributes to the complex structures of biomolecules.

homopolarity in the hydrogen bond in proteins is what gives them their unique shape and function.

In homopolarity, the dipole moments of individual molecules can lead to macroscopic properties like dipole-dipole interactions in bulk materials.

The homopolarity in sulfonic acid is a critical factor in its high reactivity and usefulness in many applications.

Homopolarity in carboxylic acids is a major contributor to their properties, especially their ability to form hydrogen bonds.

Homopolarity in water is the basis for its unique properties, such as its high boiling point and solvating power.