Dipolar

The dipolar nature of the argument required consideration of both sides of the issue.

The dipolar reaction required two different catalysts.

The dipolar nature of the project required both individual and collaborative work.

The dipolar behavior of the economy was affected by both internal and external factors.

The bipolar disorder causes dipolar episodes of mania and depression.

The dipolar nature of the molecule allows it to dissolve in both water and oil.

The dipolar speaker presented two opposing arguments in their speech.

The dipolar structure of the molecule plays an important role in its reactivity.

The dipolar magnetic field of the Earth is essential to the functioning of a compass.

The dipolar nature of water molecules allows them to dissolve both polar and nonpolar compounds.

The dipolar character of the molecule contributes to its high boiling point.

The dipolar structure of some organic compounds determines their physical and chemical properties.

The dipolar nature of certain solvents is important in many chemical reactions.

The dipolar character of certain bonds makes them highly polarizable.

The dipolar orientation of the crystal influences its optical properties.

The dipolar behavior of certain molecules causes them to align themselves in the presence of an electric field.

The dipolar characteristic of the magnet enables it to attract iron.

The dipolar forces between adjacent molecules give rise to the phenomenon of Van der Waals forces.

The water molecule is dipolar due to the electronegativity difference between oxygen and hydrogen atoms.

The dipolar character of a covalent bond can affect its reactivity in chemical reactions.

The dipolar interactions between neighboring molecules influence the properties of the material.

The dipolar nature of the magnetic field can cause a magnet to attract or repel another magnet.

The dipolar nature of a neuron's membrane allows for the transmission of electrical signals.

The dipolar moment of a molecule can be measured using spectroscopic techniques.

A dipolar coordination compound is a type of chemical compound with both positive and negative ions.

A dipolar solvent, like water, can dissolve both polar and nonpolar solutes.

A battery is dipolar, with a positive and negative terminal.

A dipolar bond is formed when two atoms share electrons unequally.

A water molecule is dipolar, with a positively charged hydrogen and a negatively charged oxygen.

The dipolar nature of the Earth's magnetic field plays a crucial role in protecting us from harmful solar radiation.

The dipolar alignment of a liquid crystal can be controlled by an applied electric field.

The dipolar bond between two amino acids can contribute to the three-dimensional structure of a protein.

A dipolar compound has both positively and negatively charged ends.

A dipolar moment is a measure of the separation of charges in a molecule.

The dipolar interaction between positive and negative charges creates an electric field.

The dipolar attraction between molecules of opposite charges allows them to form hydrogen bonds.

The dipolar attraction between positively charged hydrogen atoms and negatively charged oxygen atoms gives water its unique properties.

The dipolar attraction between two oppositely charged ions can result in the formation of an ionic bond.

The dipolar moment of a molecule affects its interactions with electromagnetic fields.

The dipolar attraction between two cells can facilitate their adhesion and signaling.

The dipolar behavior of certain chemical bonds causes them to be both polar and nonpolar.

The dipolar behavior of a compass needle is influenced by both the Earth's magnetic field and nearby magnetic sources.

The dipolar charge distribution of water molecules allows them to dissolve both polar and nonpolar substances.

The dipolar nature of the electric field affects the behavior of ions in solution.

The dipolar interaction between two charges depends on the distance between them.

The dipolar nature of the protein determines its folding and stability.

The dipolar moment of the molecule affects its rotational dynamics in a magnetic field.

The dipolar nature of the compound makes it soluble in both water and oil.

The dipolar nature of the water molecule plays a key role in many biological processes.

The dipolar interaction between two molecules depends on their relative orientation.