Nonpolar

The nonpolar molecule is unable to form hydrogen bonds.

The nonpolar molecule doesn't dissolve in water but dissolves in nonpolar solvents.

The nonpolar nature of the molecule makes it insoluble in water.

The nonpolar nature of the bond makes it weaker than a polar covalent bond.

Nonpolar gases like helium and neon do not react with other elements.

The nonpolar amino acid side chains in proteins can cluster together to form hydrophobic pockets.

Nonpolar molecules do not carry an electrical charge.

Nonpolar molecules can form van der Waals interactions with each other, which are weak but can contribute to overall molecular stability.

The nonpolar side chains of amino acids in proteins play an important role in protein folding and stability.

Nonpolar gases such as nitrogen and oxygen make up the majority of the Earth's atmosphere.

Nonpolar substances like oil and gasoline do not dissolve in water.

The nonpolar covalent bond in a diatomic molecule like O2 or N2 is very strong.

The nonpolar lipid bilayer of cell membranes is impermeable to ions and polar molecules.

Nonpolar solvents like toluene and chloroform are used in organic chemistry for extractions and separations.

The nonpolar hydrocarbon tails of phospholipids in cell membranes are responsible for the membrane's fluidity.

Nonpolar compounds like carbon dioxide and methane are greenhouse gases that contribute to climate change.

Nonpolar solvents like hexane and benzene are used to extract natural products from plants.

The nonpolar nature of diamonds gives them a high melting point and makes them insoluble in water.

Nonpolar amino acid residues in proteins can form a hydrophobic core that stabilizes the protein's overall structure.

Nonpolar molecules in the atmosphere scatter light in a different way than polar molecules, affecting the colors of the sunset.

Nonpolar molecules are typically hydrophobic and do not dissolve in water.

The nonpolar liquid was less dense than the polar liquid.

The nonpolar gas was not attracted to the polar surface of the container.

The nonpolar compound was unable to react with the polar reagent.

The nonpolar nature of the molecule makes it unable to form hydrogen bonds.

The nonpolar covalent bond shared electrons equally between atoms.

The nonpolar substance did not ionize in solution.

The nonpolar liquid formed a separate layer on top of the polar liquid.

The nonpolar compound was unaffected by the electric field.

The nonpolar bonds in the molecule contribute to its overall nonpolarity.

Olive oil is mostly made up of nonpolar molecules.

Nonpolar gases like nitrogen and oxygen make up most of our atmosphere.

Because it is nonpolar, carbon dioxide can easily cross cell membranes.

The nonpolar nature of the solvent made it an ideal choice for extracting certain compounds.

The presence of nonpolar groups in the polymer helped increase its resistance to moisture.

In general, nonpolar substances are less reactive than polar substances.

The wax on the surface of leaves is a nonpolar substance that helps prevent water loss.

Nonpolar molecules do not mix with polar molecules.

The hydrophobic tails of phospholipids are nonpolar.

The lipid bilayer of cell membranes is composed of nonpolar lipids.

The greasy substance on your skin is a mixture of nonpolar lipids and oils.

Nonpolar molecules are generally insoluble in water.

Nonpolar substances do not react to magnetic fields.

The nonpolar substance did not have any magnetic moment.

The magnet was unable to attract the nonpolar object.

The nonpolar molecule was not attracted to the magnetic stirrer.

The molecule's nonpolar covalent bonds meant that there was no separation of magnetic poles.

The nonpolar solvent did not interact with the magnetic beads in the experiment.

Nonpolar compounds are used as solvents in many industrial applications.

Nonpolar materials such as oil cannot be influenced by magnetic fields.