The research team compared different bonding protocols to determine which produced the strongest, most durable joints.

Understanding chemical bonds helps chemists design new materials with desirable properties.

After the company's collapse, investigators found several bearer bonds hidden in a safety deposit box.

The stability of glycosidic bonds determines how resistant a carbohydrate is to enzymatic hydrolysis in the digestive tract.

The strength of sigma bonds influences the stability of many organic compounds.

In organic molecules, single bonds allow atoms to rotate freely, affecting molecular conformation.

The presence of a pi bond between the carbon atoms restricts rotation and influences the molecule's reactivity.

In conjugated systems, π bonds play a crucial role in determining electronic properties.

The chemist explained how pi bonds contribute to the reactivity of conjugated molecules.

In the molecular model, valence bonds determine how atoms share electrons during reactions.